Metal-Works
Study Programs
Unlock your field’s secrets and become a go-to expert, shaping the future and inspiring generations
/01
Construction Management
This course prepares students for leadership roles in the construction industry. Topics include project planning, budgeting, and resource management…
/02
Plumbing
Students in this course will learn the skills needed to install, repair, and maintain plumbing systems in homes and businesses. The curriculum includes pipe fitting, water heating systems, and drainage…
/03
Carpentry & Wood-Works
The Carpentry & Wood-Works program teaches students the essentials of woodworking, including tool use, material selection, and construction techniques. Students…
/04
Electricals
This program covers the fundamentals of electrical theory, circuitry, and safety practices. Students will gain practical experience in installing, maintaining, and repairing electrical systems in residential…
Metal-Works
Study Programs
Unlock your field’s secrets and become a go-to expert, shaping the future and inspiring generations
/01
Construction Management
This course prepares students for leadership roles in the construction industry. Topics include project planning, budgeting, and resource management…
/02
Plumbing
Students in this course will learn the skills needed to install, repair, and maintain plumbing systems in homes and businesses. The curriculum includes pipe fitting, water heating systems, and drainage…
/03
Carpentry & Wood-Works
The Carpentry & Wood-Works program teaches students the essentials of woodworking, including tool use, material selection, and construction techniques. Students…
/04
Electricals
This program covers the fundamentals of electrical theory, circuitry, and safety practices. Students will gain practical experience in installing, maintaining, and repairing electrical systems in residential…
Skill Trades
The theory courses of the Institute of Professional and Entrepreneurial Studies – IPES in Accra are taught in DevWorld Tech Academy’s premises and classrooms. The courses’ practical sessions and projects are done at the various relevant factories and construction sites.
Explore our comprehensive programs in Skill Trades designed to equip you with hands-on experience and industry-specific knowledge. Whether you’re interested in plumbing, electrical work, carpentry and woodworks, welding, aluminum fabrication, and metal works, or HVAC systems, our courses provide the practical skills and certifications needed for a rewarding career in the skilled trades.
IPES Guarantees & Admission Seasons
As announced, all new students are to complete their application processes, tuition fees, and registrations for the next academic session as soon as possible before classes begin for the new session. You can see the step by step info here and the admission requirements here needed to complete your registration on time before space runs out.
30-Day Money-Back Guaranteed
At IPES, we stand behind the quality of our academic programs. If, within the first 30 days, you feel that our school does not meet your expectations, you’re entitled to a FULL REFUND—no questions asked. That’s how confident we are in the value of our education.
Earnings & Job
GuaranteedComplete a 12+ month diploma course at IPES. If you don’t earn at least GHC 7,000 within 3 months after graduation—or can’t get a job despite actively searching—we will get you a 6-month job contract (min. GHC 2,500/month) with a partner company.
Admissions & Scholarship Seasons
IPES operates a rolling admissions system—you can apply anytime for the next session.
New students are admitted four times a year: Sept/Oct, Jan/Feb, Apr/May, and Jun/Jul (1 session = 3 months). Scholarships may be available in March, June, August, and December, subject to availability.
Field Practical
Lectures and classroom sessions are conducted at the DWTA premises, with school-based practical taking place in our practical labs and workshops. However, the more intensive, real-world practical projects are carried out at construction sites and factories through our partnerships with leading companies in the industry.
CETECH Ghana is one of our top partners, and during scheduled field practicals, our students gain invaluable hands-on experience by working alongside seasoned professionals from CETECH Ghana. These real-world engagements provide our students with deep insights into industry practices, preparing them for the demands of the job market.
IPES Metal Works Qualifications & Certifications in Ghana
Let’s explain these two main categories of post-secondary study programs: training study programs that lead to qualifications (like degrees, diplomas, certificates), and certification programs that lead to certifications (such as being certified in a skill or profession). These serve different purposes, have different structures, and offer different benefits.
1. Qualification-Based Study Programs
These are formal education programs where students graduate with qualifications such as:
- Certificate (Academic) – e.g., Certificate in Basic Welding Techniques
- Diploma – e.g., Plumbing and Piping Systems
- Associate Degree – e.g., Associate of Applied Science in Electrical Technology
- Bachelor’s Degree – e.g., Bachelor of Science in Construction Management (focus on HVAC/R)
- Master’s Degree – e.g., Master of Technology in Building Systems Engineering (HVAC/R)
- Doctorate – e.g., PhD in Sustainable Building Systems or Industrial Engineering
Examples:
- College / TVET HND diploma in Metal Fabrication and Welding
- University bachelor’s Electrical Engineering Technology
- Community college certificate in Residential Carpentry or Cabinetmaking
Purpose:
To provide foundational or advanced knowledge, theory, and general or specialized education in a field.
Who provides them:
- Universities
- Colleges
- Community Colleges
- Technical Institutes
- Education-Related Government Agencies
Benefits
- Broader career opportunities
- Pathway to higher education (e.g., Master’s, PhD)
- Often required for regulated professions (e.g., teaching, law, medicine)
- Develop critical thinking, research, communication skills
2. Certification-Based Study Programs
These are non-degree programs designed to prepare students to pass an external certification exam and become certified professionals. Graduates receive:
- A certification, usually after passing an exam administered by a professional body or industry organization.
- Often leads to a title like “Certified XYZ.”
Examples:
- NCCER Certified Welder, AWS D1.1 Structural Welding Cert
- Red Seal Certification – Plumbing
- Journeyman Electrician License (state/province-specific)
- EPA 608 Certification – HVAC/R Technician
- NATE Certification – HVAC Technician
Purpose:
To validate a person’s skills, competencies, and knowledge in a specific job-related area.
Who provides them:
- Industry bodies & Large Companies (e.g., PMI, Microsoft, AWS, CompTIA)
- Authorized training centers
- Sometimes through online platforms or bootcamps
- Technical Institutes
Benefits
- Faster path to job-readiness
- Focused on industry-relevant skills
- Often required or preferred by employers for certain roles
- Easier to stack and update as tech/industries evolve
- Great for career switchers or upskilling
Key Differences
| Aspect | Qualification Programs | Certification Programs |
|---|---|---|
| Goal | Broad education and theoretical knowledge (practical-based for academies & technical schools) | Skill-based training and validation |
| Awarded by | Universities, colleges, academies, institutes, education-related government agencies | Industry organizations or associations, large companies |
| Type of Credential | Degree, diploma, or certificate (academic) | Certification or license |
| Duration | Months to years | Weeks to months |
| Cost | Often higher | Often lower or same |
| Examples | Diploma in Plumbing and Piping Systems | NCCER Certified Welder, Red Seal Certification – Plumbing, EPA 608 Certification – HVAC/R Technician |
| Use Case | Career foundation, further education | Career advancement, skill validation |
| Regulation | Regulated by education authorities | Regulated by industry bodies |
Why They’re Different
- Purpose: Qualifications build general or in-depth academic knowledge; certifications validate job-specific skills.
- Audience: Qualifications are common for students and early-career professionals; certifications are often for working professionals.
- Recognition: Degrees/diplomas are widely recognized academically; certifications are highly regarded within specific industries and professions.
Summary Table
| Program Type | Result | Provider | Duration | Ideal For |
|---|---|---|---|---|
| Academic Qualification | Degree, Diploma, Cert | Colleges, Academies, Institutes, Universities, Education-Related Government Agencies | 1–4+ years | Long-term careers, further study |
| Professional Certification | Certified Status | Industry Bodies, Large Companies | Weeks to months | Job roles, career advancement |
| Qualifications/Certifications | Example (Trade Field) |
|---|---|
| Certificate (Academic) | Certificate in Sheet Metal Fabrication |
| Diploma | Diploma in Refrigeration and Air Conditioning |
| Associate Degree | Associate Degree in Electrical Systems Technology |
| Bachelor’s Degree | Bachelor’s in Construction or Building Services |
| Master’s Degree | Master’s in Energy Systems (HVAC/R Focus) |
| Professional Certification | Certified HVAC/R Technician (EPA, NATE) |
| Industry Licensing or Trade Certification | Journeyman Plumber, Certified Millwright |
| Community College Program | Carpentry Techniques Certificate |
Metal Works Qualification-Based Study Program at IPES
In the context of a Metal Works Skill Track, the Core Training Program and Specialization Training Program would focus on different aspects of metalworking, providing both foundational skills and advanced, niche expertise.
Both programs are important for building a career in metalworking, with the core training setting the groundwork and the specialization program allowing individuals to deepen their expertise. Here’s a breakdown:
Core Training
Core Training Program in Metal Works:
The Core Training Program in Metal Works provides the foundational skills necessary to work with metal and basic metalworking techniques.
- Objective: The core training program aims to provide individuals with the fundamental skills and knowledge required to work in metalworking, covering the essential techniques and processes.
- Target Audience: This program is designed for beginners or those new to the metalworking industry. It’s ideal for individuals looking to establish a strong base in the field.
- Content: The core training would typically cover foundational topics such as:
- Basic safety practices in metalworking
- Introduction to different types of metals and their properties
- Basic tools and machinery used in metal fabrication
- Simple welding, cutting, and shaping techniques
- Blueprint reading and technical drawing for metalworking
- Basic metal finishing and assembly processes
- Outcome: Participants will gain the essential skills needed for entry-level positions in metalworking and be prepared to handle general tasks such as basic welding, metal cutting, and forming.
Awareness Lane: Core Training Programs
The Core Training Program in Metal Works & Fabrication provides the foundational skills necessary to cut, shape, weld, and assemble metal components. It prepares individuals for entry-level roles in metalworking, welding, and fabrication across various sectors, including construction, manufacturing, and industrial maintenance.
🔩 Metalwork Foundational Skills
In your first three (3) months, you will develop in-demand skills in all the Skilled Trades with our theoretical & practical hands-on apprentice programs in metal works, plumbing, electrical, woodwork, & HVACR.
During the initial three months, participants will build essential, in-demand skills across multiple skilled trades. Through a combination of theoretical instruction and hands-on practical training, apprentices will gain foundational experience in the following areas:
- Plumbing
- Metal Works
- Electrical
- Wood Works
- HVAC/R (Heating, Ventilation, Air Conditioning & Refrigeration)
- Computer & IT Skills (very important)
This immersive session is designed to provide a well-rounded introduction to the trades, preparing individuals for more focused training in their chosen field.
This entry-level position is designed for individuals beginning their career in the HVAC/R (Heating, Ventilation, Air Conditioning, and Refrigeration) industry.
Trainees work under the supervision of experienced technicians, assisting with foundational tasks such as handling tools, performing basic wiring, and supporting pipe fitting work. Throughout the program, they are introduced to reading blueprints, measuring airflow, identifying system components, and understanding equipment layout.
The primary emphasis is on hands-on learning and skill development through observation and practice. Safety awareness, reliability, and a strong desire to learn are essential expectations for all participants.
HVAC/R Trainee / Apprentice Program in Ghana – Entry-Level Training for Aspiring HVAC Technicians
Are you interested in starting a career in HVAC and Refrigeration in Ghana? Our HVAC/R Trainee / Apprentice Program is designed specifically for beginners who are new to the HVAC/R field and want to build a solid foundation in the heating, ventilation, air conditioning, and refrigeration industry in Ghana.
This is an entry-level HVAC training program in Ghana, where trainees assist experienced HVAC technicians with basic tasks like tool handling, electrical wiring, and pipe fitting. This hands-on training approach helps participants develop the practical skills required for real-world HVAC/R jobs in Ghana’s residential, commercial, and industrial sectors.
During the 3-month HVAC apprenticeship, participants will learn to:
—- Read and interpret HVAC blueprints and technical drawings
—- Measure airflow and understand air distribution systems
—- Identify key HVAC system components and refrigeration parts
The focus is on learning through observation and hands-on practical experience, which is essential for those looking to become certified HVAC technicians in Ghana.
Trainees are expected to:
—- Follow all HVAC safety procedures and industry regulations
—- Demonstrate a strong willingness to learn and grow professionally
This HVAC/R apprenticeship is ideal for individuals in Accra, Kumasi, Takoradi, Tamale, and other regions of Ghana who want to pursue a skilled trade career in the fast-growing HVAC/R sector. Whether you are a recent SHS graduate or a career switcher, this is your gateway to becoming a qualified HVAC professional in Ghana.
This hands-on, entry-level training program equips students with foundational plumbing skills, including the proper use of essential tools, safety protocols, and an understanding of plumbing materials.
Under the supervision of experienced plumbers, apprentices assist with real-world tasks, learning to measure, cut, and assemble pipes effectively.
The curriculum covers both basic water supply and drainage systems, giving students a well-rounded introduction to the field. By the end of the program, participants are prepared to transition into higher level apprenticeship or pursue advanced plumbing training.
Plumber’s Helper / Apprentice Plumber Training in Ghana – Entry-Level Plumbing Skills Development
Our Plumber’s Helper / Apprentice Plumber training program in Ghana is designed for individuals interested in starting a career in the plumbing industry in Ghana. This entry-level course provides hands-on plumbing skills training and equips students with the foundational knowledge necessary to assist experienced plumbers in residential and commercial plumbing projects.
During this 3-month program, participants will learn essential plumbing skills such as:
—- Using basic plumbing tools like wrenches, pipe cutters, and measuring instruments
—- Understanding plumbing safety procedures, ensuring a safe work environment
—- Working with various plumbing materials, including pipes, fittings, and seals
Apprentices will gain real-world experience by assisting senior plumbers on active job sites.
This supervised training covers crucial plumbing tasks such as:
—- Measuring, cutting, and assembling pipes for both water supply and drainage systems
—- Installing piping systems in homes, businesses, and other buildings across Ghana
—- Learning how to maintain and repair plumbing systems to ensure water flow and drainage efficiency.
This program places a strong emphasis on hands-on learning in a supervised setting, ensuring students build confidence and competence in the field.
By the end of the 3-month course, participants will be well-prepared to pursue a formal plumbing apprenticeship or transition into advanced plumbing programs to further enhance their skills and career prospects in Ghana’s growing construction and building services industry.
If you’re looking to start a career as an apprentice plumber in Ghana, this program will provide you with the knowledge and practical skills needed to succeed in the plumbing industry, particularly in major cities like Accra, Kumasi, Takoradi, and Tamale, where demand for skilled tradespeople is consistently increasing.
As an apprentice or trainee in the electrical trade, you’ll gain hands-on experience working alongside a licensed electrician. Key responsibilities include measuring and cutting wire, installing outlets, and assisting with panel setups.
Safety training is emphasized throughout the theory, lab practical and job site apprenticeship. This role serves as the essential first step toward obtaining your electrical license and advancing in the field.
Electrical Trainee / Apprentice Training Program in Ghana – Start Your Journey to Becoming a Licensed Electrician
An Electrical Trainee / Apprentice program in Ghana is the perfect starting point for anyone looking to build a career as a licensed electrician. This hands-on training allows apprentices to gain real-world experience by working directly under a licensed electrician on active job sites, learning all aspects of the electrical trade.
Throughout the apprenticeship, participants will be responsible for tasks including:
—- Measuring, cutting, and stripping wire for electrical installations
—- Installing electrical outlets, light switches, and other devices
—- Setting up and wiring electrical panels for residential, commercial, and industrial projects
Safety training is a key component of the program, as apprentices are taught to follow strict electrical safety procedures to ensure safe work practices. This training includes understanding proper handling of electrical tools, adhering to safety codes, and maintaining workplace safety standards.
IPES basic electrical apprenticeships in Ghana provide a structured learning path toward becoming a fully licensed electrician. By the end of trainee session, individuals will have gained sufficient experience and knowledge to advance to higher electrical study programs as they prepare to sit for the licensing exams required to become a certified electrician in Ghana.
This apprenticeship is the first essential step toward a rewarding career in the electrical trade industry in Ghana, where the demand for skilled electricians continues to grow.
Whether working on residential homes, commercial buildings, or industrial facilities, trained electricians play a critical role in maintaining electrical systems, ensuring safety, and powering essential services across the country.
Metal Worker Trainee
As a Metal Worker Apprentice, you’ll be trained to shape, cut, and assemble metal components used in construction or manufacturing. You’ll learn to operate a variety of hand and power tools, including welding machines, grinders, and saws, all while adhering to strict safety protocols.
Your tasks will include preparing materials, reading blueprints, and assisting experienced metal workers in maintaining a clean and safe workspace. Over time, you’ll develop essential skills in metal fabrication techniques such as bending, welding, and fitting metal parts. This hands-on role demands precision, patience, and a commitment to learning.
Welder Fabricator Trainee
As an Apprentice Welder Fabricator, you’ll learn how to join, cut, and shape metal using a variety of welding techniques. Working under the supervision of skilled fabricators, you’ll gain hands-on experience with tools like welding machines, grinders, and cutters.
You’ll be trained in safety procedures, blueprint reading, and accurate material measurements. Your responsibilities will include preparing materials, setting up welding equipment, and assisting in the fabrication process. Over time, you’ll build foundational skills in creating metal structures for industries such as construction and manufacturing.
Aluminum Fabricator Trainee
This apprenticeship focuses on the specialized skill set required for working with aluminum. As an Apprentice Aluminum Fabricator, you’ll learn how to cut, bend, and join aluminum parts using specific techniques that differ from those used for steel or iron.
You’ll gain hands-on experience with aluminum sheets and components, including welding and assembly processes. Under the guidance of experienced fabricators, you’ll develop a deep understanding of aluminum properties and the best practices for working with this material. Attention to detail and a strong understanding of aluminum-specific fabrication techniques will be key to your success.
>>> Metal Worker Trainee Program in Ghana – Hands-On Training for Aspiring Metal Fabricators
An Apprentice Metal Worker in Ghana is in training to become proficient in shaping, cutting, and assembling metal components used in construction, manufacturing, and industrial applications. This role provides the essential skills required to work in industries such as steel fabrication, welding, and metalworking in Ghana.
Throughout the apprenticeship, trainees learn to safely use a variety of hand and power tools, including:
—- Welding machines, grinders, and saws
—- Cutting, bending, and assembling metal components for different types of projects
—- Reading blueprints and understanding metalwork schematics
Apprentices assist experienced metal workers with preparing materials, maintaining workspaces, and ensuring that projects are completed to industry standards.
The focus is on hands-on learning, where trainees gradually build skills in metal fabrication techniques such as:
—- Bending, welding, and fitting metal parts
—- Metal finishing and other advanced fabrication techniques
This role requires keen attention to detail, patience, and a strong willingness to learn and develop in the metalworking trade. By the end of the apprenticeship, participants will be prepared to pursue certification in metalworking or move on to advanced fabrication programs.
>>> Welder Fabricator Trainee Program in Ghana – Learn the Art of Welding and Metal Fabrication
An Apprentice Welder Fabricator in Ghana focuses on learning how to join, cut, and shape metal parts using various welding techniques. This hands-on training provides essential skills in metal welding, fabrication, and metal structure assembly, preparing trainees for careers in industries such as construction, automotive, and manufacturing in Ghana.
During the apprenticeship, trainees work directly under the supervision of experienced fabricators, gaining practical experience with tools such as:
—- Welding machines, grinders, and cutters
—- Blueprint reading to understand welding schematics
—- Measuring and cutting materials accurately for metal fabrication projects
Tasks include preparing materials, setting up equipment, and assisting senior fabricators with complex welding tasks. As apprentices develop, they begin learning advanced welding techniques for creating metal structures used in buildings, infrastructure, and manufacturing projects across Ghana.
This program provides foundational skills in welding and metal fabrication that are in high demand in Accra, Kumasi, Takoradi, and other major cities where industrial and construction sectors are growing rapidly. Upon completion, apprentices are prepared to further their studies for a full career towards certified welders or fabricators in the competitive Ghanaian job market.
>>> Aluminum Fabricator Trainee Program in Ghana – Specialized Training in Aluminum Fabrication
The Aluminum Fabricator Trainee focuses specifically on working with aluminum materials, which require distinct techniques from those used with steel or iron. Aluminum fabrication is a highly sought-after skill in industries like construction, manufacturing, and automotive production in Ghana, where aluminum structures are commonly used for windows, doors, roofing, and industrial components. Apprentices learn how to safely handle and work with aluminum frames, components, and parts.
They gain practical experience in:
—- Cutting, bending, and joining aluminum materials using welding machines and specialized tools
—- Assembling aluminum components with precision
—- Understanding aluminum properties, such as weight, flexibility, and conductivity, which influence fabrication techniques
This role requires strong attention to detail, the ability to work with lightweight yet durable materials, and the development of skills specific to aluminum welding and fabrication. Apprentices learn to follow instructions from senior fabricators and develop expertise in aluminum-specific processes.
As the demand for aluminum fabrication grows across construction projects and manufacturing plants in Ghana, skilled aluminum fabricators are increasingly sought after. This training provides the skills needed to enter this highly specialized field, paving the way for apprentices to become certified aluminum fabricators in Ghana after further studies.
As an Apprentice Trainee Carpenter or Woodworker, you’ll start by learning the fundamentals of the trade through hands-on experience and basic tasks under the guidance of seasoned professionals.
You’ll assist with measuring, sawing, and transporting materials while familiarizing yourself with safety protocols and proper tool usage. Throughout the apprenticeship, you’ll develop foundational skills in woodworking, including essential wood joinery techniques.
This entry-level role serves as the first step towards further training in woodworking or pursuing certification, setting you on a path to mastering the craft.
Apprentice Trainee Carpenter / Woodworker Training Program in Ghana – Start Your Carpentry Career with Hands-On Experience
The Apprentice Trainee Carpenter / Woodworker program in Ghana is designed to introduce individuals to the skilled trade of carpentry and woodworking through practical, hands-on training. This entry-level program provides foundational knowledge and experience in woodworking processes and is ideal for those looking to pursue a career in construction, furniture making, and home improvement in Ghana.
Trainees begin learning the trade by performing basic tasks under the supervision of experienced carpenters.
Their responsibilities include:
—- Measuring and cutting wood with precision
—- Sawing, carrying, and handling materials safely and efficiently
—- Assisting with the preparation of workspaces and tools for daily carpentry tasks
A strong focus is placed on safety protocols to ensure that apprentices understand and adhere to safe working practices while using various carpentry tools and machinery. Trainees also learn fundamental skills in wood joinery techniques, such as basic dovetail joints, butt joints, and other essential joining methods used in furniture making and construction carpentry.
The goal of this training program is to provide apprentices with a solid foundation in woodworking and carpentry techniques, preparing them to move on to more advanced woodworking training programs or work towards certification as professional carpenters in Ghana.
This program is ideal for those looking to gain a foothold in the booming construction and furniture industries in Accra, Kumasi, Takoradi, and other key cities in Ghana.
Upon completion, apprentices will have developed the core competencies needed to excel in the carpentry field and pursue further training or professional certification, setting them on a path to a successful career in woodworking, carpentry, and construction.
Note: You will learn relevant Computer & IT skills throughout your entire studies at IPES, and not just within your first three (3) months.
Learning computers (IT) in relation to skill trades in Ghana such as: Plumbing, Metal Works, Electrical, Wood Works, and HVAC/R (Heating, Ventilation, Air Conditioning & Refrigeration) has been very essential as the Ghana industries modernizes to meet world standards.
Computer and IT skills are also vital in this industry for higher pay, international opportunities or working with large global companies on-site or remotely.
Why Learn Computers in Skilled Trades?
In today’s world, computers and technology are no longer just for office jobs — they play a huge role in skilled trades too. Whether you’re a plumber, electrician, metal fabricator, carpenter, or HVAC technician, understanding how to use computers and digital tools can make your work faster, more accurate, safer, and more valuable to employers.
Learning computer skills helps you:
—— Design and plan work using digital tools
—— Control machines and systems
—— Diagnose and fix technical problems
—— Communicate and manage jobs more efficiently
—— Stay competitive in a modern workforce
How Computers Are Used in Each Trade:
— Plumbing
—— CAD (Computer-Aided Design): Used to create detailed plumbing layouts for buildings. Helps plan pipe routes, connections, and water flow.
—— Smart systems (IoT): Leak detectors, water meters, and remote-controlled valves now rely on digital systems and apps.
—— Estimating and calculations: Software and mobile apps help plumbers calculate pressure, flow rates, and material quantities.
— Metal Works
—— CNC (Computer Numerical Control) machines: These machines cut, drill, or shape metal based on digital instructions (G-code).
—— 3D design software: Programs like SolidWorks and AutoCAD are used to design metal parts before they are made.
—— Automation and robotics: Used in large-scale production, requiring some knowledge of programming and controls.
— Electrical
—— AutoCAD Electrical: Used to design electrical circuits, panels, and wiring systems.
—— PLC (Programmable Logic Controllers): Computers that control machines and systems in factories and buildings. Electricians install and program them.
—— Smart home technology: Systems like smart lighting, alarms, solar, and automation are all controlled by apps or digital panels.
—— Diagnostics software: For checking circuit performance or identifying faults.
— Wood Works (Carpentry)
—— CNC routers: These are machines that cut or carve wood based on digital designs.
—— SketchUp and Fusion 360: 3D design software used for making plans before building furniture or structures.
—— Digital layout tools: Help ensure precise measurements and efficient material usage.
— HVAC/R
—— Building Management Systems (BMS): Used in large buildings to control HVAC units using a computer interface.
—— Smart thermostats and sensors: Require installation, configuration, and troubleshooting using apps or computer interfaces.
—— Diagnostic tools: Used to test, adjust, and repair heating or cooling systems. Many use software or digital controls.
—— Energy management software: Helps technicians measure system efficiency and recommend improvements.
Recommended Computer Skills for Tradespeople in Ghana:
Skill Area & Application in Trades
—— Basic Computer Use
Navigating files, using the internet, typing reports, printing plans
—— CAD (AutoCAD, SketchUp)
Drawing plans for plumbing, electrical, HVAC, or woodworking projects
—— CNC Programming (G-code)
Operating metal or wood cutting machines accurately
—— IoT & Smart Devices
Setting up and troubleshooting smart thermostats, water meters, etc.
—— PLC Programming
Controlling electrical systems in factories or automated buildings
—— Software Troubleshooting
Diagnosing faults in digital HVAC, electrical, or plumbing systems
—— Mobile Trade Apps
For job management, customer billing, diagnostics, and more
Why This Matters for Your Career in Ghana
Modern construction and maintenance jobs are no longer purely physical — they require technical thinking and digital skills. The trades are changing. Employers want workers who can work with machines, software, and smart systems — not just tools.
Benefits of learning computers for trades:
💼 More job opportunities
💰 Higher earning potential
🛠️ Better job performance
📈 Business growth if you’re self-employed
🌍 Global relevance — digital skills are needed worldwide
What You Can Do Next
If you want to start learning computers in your trade:
—— Master basic computer skills: Typing, file management, using Windows or Mac.
—— Choose software relevant to your trade (e.g. AutoCAD for Electrical, SketchUp for Woodwork).
Try free online learning platforms:
—- Coursera
—- edX
—- Khan Academy
—- YouTube tutorials OR
—- Look for trade schools or vocational training centers such as IPES, in collaboration with DevWorld Tech Academy – DWTA, that offer IT in trades programs.
Final Thought
Yes, you should learn computers in relation to Plumbing, Metal Works, Electrical, Wood Works, and HVAC/R in Ghana. The future of skilled trades both locally in Ghana and abroad is digital. Whether you’re just starting or already working in the field, learning IT will make you a better technician, a smarter worker, and a more valuable professional.
Qualification: IPES Academic Certificate
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 1 Session (3 months) or
— Saturdays (09:00am – 05:00pm) – 2 Sessions (6 months)
About How IPES Courses Works
IPES Application & Admission Process
IPES Certificate and Diploma Types
IPES Courses & Skill Tracks
From NVTI to HND or Degree Possible
Entry & Admission Requirements
Duration: 2 – 3 Sessions (6 – 9 months)
This versatile program prepares students to inspect, repair, and maintain metal fixtures, building components, and industrial equipment. Trainees will gain skills in welding, metal repair, and general building maintenance, ensuring structures and machinery remain safe, functional, and efficient.
Students also learn troubleshooting and preventive maintenance techniques to minimize downtime and extend the life of critical systems.
Key Training Areas:
- Repairing and maintaining metal fixtures such as doors, windows, gates, and railings
- Welding and fabrication for broken or damaged metal components
- Preventive maintenance practices to avoid breakdowns in buildings and factories
- Troubleshooting mechanical, electrical, and hydraulic systems
- Using diagnostic tools, technical manuals, and repair procedures effectively
- Safety protocols for handling equipment, machinery, and repair tasks
- Coordinating repairs to meet quality and operational standards
Work Environment & Expectations:
Maintenance metal workers and building technicians are employed in factories, workshops, residential complexes, and industrial sites.
They may work independently or as part of a maintenance team, responding to emergency breakdowns while also performing routine inspections. The role demands technical versatility, problem-solving skills, and a strong focus on safety.
This program is ideal for individuals who enjoy hands-on problem-solving, want to develop cross-disciplinary repair skills, and are interested in keeping facilities and equipment operating smoothly with minimal downtime.
A Maintenance Metal Worker / General Building Maintenance Technician ensures the smooth operation, safety, and longevity of buildings, facilities, and equipment. They combine hands-on repair skills with technical troubleshooting to keep systems functional and efficient.
Key responsibilities include:
—— Metalwork Repairs – welding or fixing damaged doors, windows, gates, railings, and other metal fixtures.
—— Building Maintenance – inspecting, repairing, and maintaining structural and mechanical components in residential, commercial, or industrial settings.
—— Equipment & Systems Care – performing preventive maintenance and repairs on mechanical, electrical, or hydraulic systems in factories, workshops, or facilities.
—— Troubleshooting – using diagnostic tools, manuals, and technical knowledge to identify and resolve issues quickly.
—— Safety & Standards – following strict safety protocols while ensuring all work meets quality and compliance standards.
—— Independent & Team Work – operating autonomously or as part of a maintenance crew, depending on the project’s scope.
These technicians play a vital role in reducing downtime, preventing breakdowns, and keeping facilities safe and efficient. Their versatility makes them indispensable across industries ranging from construction and manufacturing to property management and public infrastructure.
Maintenance Metal Worker / General Building Maintenance Technician Training in Ghana
A Maintenance Metal Worker / General Building Maintenance Technician plays a vital role in ensuring that buildings, factories, and industrial facilities in Ghana remain safe, functional, and efficient.
These skilled professionals are trained to inspect, repair, and maintain metal fixtures, machinery, and equipment, preventing costly breakdowns and improving workplace safety.
Core Responsibilities
Maintenance Metal Workers handle a wide range of technical tasks, including:
—— Repairing and welding broken metal parts such as gates, doors, windows, railings, and structural supports.
—— Maintaining and fixing building fixtures like hinges, locks, ladders, staircases, and metal furniture.
—— Inspecting equipment to identify early signs of wear and tear.
—— Performing preventive maintenance to reduce machine downtime and extend equipment lifespan.
—— Troubleshooting and repairing systems that may include mechanical, electrical, or hydraulic components in workshops, factories, and construction sites.
—— Using diagnostic tools, technical manuals, and repair techniques to solve problems quickly and effectively.
Skills & Knowledge Required
A successful Maintenance Technician in Ghana needs:
—— Knowledge of different metals (steel, aluminum, iron, etc.) and the correct repair/welding techniques for each.
—— Practical welding and fabrication skills for on-the-spot repairs.
—— Mechanical troubleshooting ability to quickly diagnose faults in machines or building systems.
—— Electrical and hydraulic awareness, especially in industrial environments.
—— Strict safety awareness to prevent accidents during maintenance or welding work.
—— The ability to work independently, manage multiple repair tasks, and ensure repairs meet professional quality standards.
Work Environment in Ghana
Maintenance Metal Workers and General Building Maintenance Technicians are in demand across multiple industries:
—— Construction sites and real estate developments (fixing and maintaining metal installations in new and existing buildings).
—— Factories and manufacturing plants (keeping production machines in good working condition).
—— Industrial workshops (handling welding, fabrication, and equipment servicing).
—— Commercial buildings and institutions such as offices, schools, and hospitals.
—— Hotels and residential estates that require ongoing building and facility maintenance.
Career Opportunities
With Ghana’s growing industrial, construction, and real estate sectors, demand for skilled maintenance technicians is high. Career paths include:
—— Facility Maintenance Technician – working in hotels, hospitals, schools, and large estates.
—— Factory Maintenance Technician – ensuring smooth operation of industrial and production machinery.
—— Metal Fabrication & Welding Maintenance Specialist – focusing on repairing and fabricating metal components.
—— Independent Contractor / Handyman Business – providing repair and maintenance services to individuals and companies.
Why This Role Matters
A Maintenance Metal Worker or General Building Maintenance Technician is essential for keeping Ghana’s buildings and industries running smoothly.
By reducing machine downtime, preventing accidents, and ensuring long-lasting durability of metal fixtures, they play a critical role in productivity, safety, and cost efficiency across multiple sectors.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 2 Sessions (6 months) or
— Saturdays (09:00am – 05:00pm) – 3 Sessions (9 months)
Duration: 3 – 4 Sessions (9 – 12 months)
This advanced program trains students to respond quickly and effectively to urgent welding and fabrication needs in high-risk environments. Building on foundational welding skills, trainees learn to handle emergency repairs on structural components, pipelines, machinery, and safety-critical systems.
With a strong focus on troubleshooting, diagnostic techniques, and safety procedures, students are prepared to work under pressure in both industrial and construction settings.
Key Training Areas:
- Advanced welding techniques (MIG, TIG, Stick) for emergency applications
- Cutting, fitting, and fabricating metal parts for rapid repair or reinforcement
- Troubleshooting weld failures, cracks, and structural weaknesses in urgent situations
- Reading and interpreting complex blueprints and repair instructions
- Safety training: fire prevention, confined space protocols, and handling hazardous materials
- Coordinating with teams to ensure quick, safe, and effective emergency response
- Refining weld quality, efficiency, and precision under time-sensitive conditions
Work Environment & Expectations:
Emergency welder fabricators often work on-call, responding to breakdowns in factories, construction sites, oil and gas facilities, or transportation systems. Their work may take place in high-pressure environments where safety and speed are critical. Strong problem-solving skills, technical adaptability, and a steady hand under stress are essential for success in this role.
This program is ideal for individuals with prior welding experience who are ready to specialize in emergency response, ensuring structures, machinery, and safety systems remain reliable when urgent issues arise.
An Emergency Welder Fabricator is a skilled tradesperson trained to respond quickly to urgent repair and fabrication needs in high-pressure environments. Unlike general welders, they are equipped with advanced troubleshooting and safety training, enabling them to handle breakdowns, structural failures, or critical equipment repairs under tight deadlines.
Core Skills & Responsibilities:
—— Welding Expertise – proficient in MIG, TIG, and stick welding for repairing and fabricating metal structures and components.
—— Fabrication Work – cutting, fitting, and assembling metal parts to build or restore equipment, frames, and support systems.
—— Troubleshooting – diagnosing faults and breakdowns in structural or mechanical components to determine safe, effective repair methods.
—— Blueprint Reading – interpreting technical drawings and specifications to complete precise repairs or builds.
—— Emergency Response – handling urgent jobs such as broken pipelines, machinery failures, or safety-critical repairs in industrial, commercial, or construction settings.
—— Safety & Compliance – applying strict safety protocols, including gas monitoring, confined space awareness, and handling high-heat or high-pressure situations.
Emergency Welder Fabricators often work with limited supervision, steadily building their independence by taking on more complex projects, refining weld quality, and ensuring structural integrity under challenging conditions. Their role is essential for keeping operations safe and preventing costly downtime.
Emergency Welder Fabricator (Troubleshooting & Safety Trained) – Ghana
An Emergency Welder Fabricator (Troubleshooting & Safety Trained) is a specialized welding professional equipped to handle urgent welding repairs, fabrication, and safety-critical situations in Ghana’s construction, manufacturing, oil & gas, and industrial sectors.
Unlike standard welders, they are trained to respond quickly to breakdowns, accidents, and high-risk situations where downtime can be costly or dangerous.
Role of a Junior Emergency Welder Fabricator
Junior Welder Fabricators have practical hands-on experience and can perform welding and fabrication tasks with limited supervision. Their responsibilities include:
—— Carrying out emergency welding repairs on pipelines, heavy machinery, vehicles, structural steel, and equipment.
—— Using basic welding processes such as MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and Stick Welding (SMAW) to cut, join, and repair metal parts.
—— Cutting, fitting, and assembling metal components to build or restore structures.
—— Improving their ability to read and interpret technical blueprints and welding diagrams.
—— Maintaining safety standards and following correct procedures, especially when dealing with flammable gases, high-heat environments, or confined spaces.
—— Assisting senior welders in complex fabrication projects while gradually taking on more independent responsibilities.
Troubleshooting & Safety Training
Because they are safety-trained, Emergency Welder Fabricators in Ghana are equipped with additional skills that make them invaluable in hazardous environments:
—— Detecting and troubleshooting welding defects (cracks, porosity, weak joints).
—— Performing quick, effective welds under pressure to prevent further equipment failure.
—— Understanding gas safety, fire prevention, and electrical hazards related to welding.
—— Applying emergency response procedures in factories, construction sites, and oil & gas fields.
Work Environments in Ghana
Emergency Welder Fabricators are in high demand across Ghana, working in:
—— Construction & Real Estate – steel structures, roofing, and reinforcement.
—— Mining & Oil and Gas Industries – emergency welding of pipes, tanks, and drilling equipment.
—— Factories & Workshops – repairing broken machines and production lines.
—— Transportation & Automotive – fixing truck bodies, trailers, and heavy-duty vehicles.
—— Shipyards & Ports – welding and fabricating for marine vessels.
Career Growth Path
A Junior Emergency Welder Fabricator can grow into higher-level roles with more specialization, including:
—— Senior Welder Fabricator – leading welding teams on major construction or industrial projects.
—— Welding Inspector – ensuring weld quality and safety compliance.
—— Pipe Welder / Structural Steel Welder – focusing on specialized welding applications.
—— Independent Welding Contractor – offering emergency welding services to companies and individuals.
Why This Role is Important in Ghana
In Ghana’s fast-growing construction, energy, and manufacturing industries, downtime caused by broken equipment or failed structures can lead to huge financial losses and safety risks.
An Emergency Welder Fabricator ensures that repairs are made quickly, safely, and effectively, keeping businesses and industries running without delays.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 3 Sessions (9 months) or
— Saturdays (09:00am – 05:00pm) – 4 Sessions (12 months)
Duration: 3 – 4 Sessions (9 – 12 months)
This program equips junior fabricators with the specialized skills needed to work with aluminum in urgent repair and fabrication scenarios. Aluminum requires unique handling compared to steel or iron, and students will learn the precision techniques needed for cutting, shaping, and welding lightweight alloys.
Juniors develop the ability to assist in emergency repairs on vehicle bodies, aircraft components, industrial equipment, and structural frameworks—where safety, speed, and accuracy are critical.
Key Training Areas:
- Fundamentals of aluminum fabrication: cutting, shaping, and joining
- Welding aluminum alloys using processes such as MIG and TIG with aluminum-specific techniques
- Material preparation, measurement, and assembly for high-accuracy projects
- Supporting senior fabricators in emergency repairs and troubleshooting
- Aluminum-specific tools, consumables, and handling practices
- Safety protocols for heat management, lightweight metals, and emergency response environments
- Developing efficiency, accuracy, and adaptability under pressure
Work Environment & Expectations:
Junior aluminum fabricators typically work in workshops, automotive and aerospace industries, or on-site during urgent repair calls. They often assist senior fabricators while building independence in handling more complex tasks.
Precision, patience, and adherence to safety standards are critical, as aluminum’s properties demand careful technique to avoid weak joints or structural failures.
This program is ideal for individuals eager to specialize in aluminum fabrication, supporting fast-paced emergency repair work while developing advanced welding and troubleshooting skills unique to this lightweight yet demanding material.
A Junior Emergency Aluminum Fabricator is an entry-level specialist focused on working with aluminum in urgent repair and fabrication situations. They assist senior fabricators while gaining experience in handling this lightweight but challenging metal, which requires precision and specialized techniques.
Core Skills & Responsibilities:
Aluminum Fabrication – cutting, shaping, and assembling aluminum parts for applications such as vehicle bodies, aircraft components, windows, and structural frames.
Welding Expertise – learning to weld aluminum alloys using techniques that differ from steel or iron, ensuring strong, clean joints.
Material Preparation – preparing, measuring, and aligning parts under close supervision to minimize errors and waste.
Troubleshooting – assisting in diagnosing issues during urgent repair jobs, especially in industries where downtime is costly.
Safety & Accuracy – applying strict safety protocols when working with high heat, sharp tools, or confined spaces, while ensuring precision in every step.
Professional Growth – developing independence and advancing welding quality while supporting complex emergency projects.
Junior Aluminum Fabricators are vital team members in industries where lightweight strength and fast repairs are critical. Their role builds the foundation for advancement into senior aluminum fabrication and emergency response positions.
Emergency Aluminum Fabricator (Troubleshooting & Safety Trained) – Junior Level in Ghana
A Junior Emergency Aluminum Fabricator (Troubleshooting & Safety Trained) specializes in working with aluminum and aluminum alloys, applying technical skills in cutting, shaping, bending, and welding this lightweight yet durable metal.
Aluminum is widely used in vehicle manufacturing, construction, aviation, marine engineering, and industrial equipment in Ghana, making aluminum fabricators essential in both everyday projects and emergency repair situations.
Role of a Junior Aluminum Fabricator
Junior Aluminum Fabricators provide hands-on support to senior welders and metal fabricators while gaining industry experience. Their responsibilities typically include:
—— Cutting and preparing aluminum materials for fabrication.
—— Shaping, fitting, and assembling aluminum parts for use in structures, vehicle bodies, doors, windows, roofing frames, and aircraft components.
—— Assisting with welding processes specific to aluminum, which require specialized techniques compared to steel or iron.
—— Learning to use aluminum-specific tools and machinery such as TIG welders, shears, grinders, and bending equipment.
—— Following precise measurements and technical drawings to minimize errors and material waste.
—— Supporting emergency aluminum repair services when urgent fabrication or welding is required in factories, workshops, or on construction sites.
Troubleshooting & Safety Training
Because aluminum has unique properties such as low melting points and high conductivity, Junior Aluminum Fabricators in Ghana receive special safety and troubleshooting training to handle challenges, including:
—— Preventing cracks, burn-through, and distortion during aluminum welding.
—— Identifying defects in aluminum joints and making quick corrections.
—— Safely handling gases, high-heat equipment, and protective gear during fabrication.
—— Applying proper emergency response procedures in hazardous or time-sensitive situations.
Work Environments in Ghana
Emergency Aluminum Fabricators are in growing demand across Ghana, working in:
—— Automotive & Transportation – building and repairing aluminum vehicle bodies, trailers, and parts.
—— Construction & Real Estate – fabricating aluminum doors, windows, roofing, staircases, and structural fittings.
—— Aviation & Aerospace – assisting in the fabrication of lightweight aircraft components.
—— Marine & Shipyards – welding and repairing aluminum boat parts and marine structures.
—— Industrial Factories & Workshops – producing aluminum equipment, machinery parts, and storage units.
Career Growth Path
Starting as a Junior Emergency Aluminum Fabricator, one can advance to:
—— Senior Aluminum Fabricator / Welder – leading aluminum projects with greater independence.
—— Aluminum Welding Specialist – focusing on TIG welding and advanced alloy fabrication.
—— Maintenance & Repair Technician – specializing in aluminum-based systems and structures.
—— Independent Fabrication Contractor in Ghana – providing on-demand aluminum welding and repair services to businesses and individuals.
Why This Role is Important in Ghana
With Ghana’s rapid growth in construction, transport, and manufacturing industries, the demand for aluminum continues to rise due to its strength, durability, and lightweight properties.
Emergency Aluminum Fabricators play a critical role in reducing downtime, performing urgent repairs, and ensuring safety in workplaces where aluminum is the primary material.
This makes the career of an Emergency Aluminum Fabricator (Troubleshooting & Safety Trained) not only rewarding but also essential for Ghana’s modern infrastructure and industrial development.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 3 Sessions (9 months) or
— Saturdays (09:00am – 05:00pm) – 4 Sessions (12 months)
Specialization Training
Specialization Training Program in Metal Works:
The Specialization Training Program in Metal Works builds on foundational metalworking knowledge, allowing individuals to focus on advanced techniques, specific applications, or specialized processes such as precision fabrication, welding certifications, or industrial metal structures, leading to higher-level roles within the field.
- Objective: The specialization training program offers advanced skills in specific areas of metal works, enabling individuals to deepen their expertise in specialized techniques, tools, and applications used in industrial, commercial, or artistic metalworking environments.
- Target Audience: This program is designed for individuals with a foundational understanding of metalworking processes—such as cutting, welding, and forming—who seek to specialize in advanced or niche areas such as structural fabrication, CNC machining, ornamental ironwork, or certified welding for industrial projects.
- Content: The specialization program may cover:
- Advanced Welding Techniques and Certifications:
Specialized training in MIG, TIG, and Stick welding processes for various materials, including stainless steel and aluminum. Preparation for industry certifications such as AWS (American Welding Society) Certified Welder. - Aluminum Fabrication and Glazing:
Specializes in the custom fabrication and installation of aluminium structures and glazing systems for architectural, commercial, and industrial applications. Services include precision cutting, welding, and assembly of aluminum frames for doors, windows, curtain walls, and façades. Incorporates advanced glazing techniques using single, double, or laminated glass panels, ensuring structural integrity, energy efficiency, and aesthetic performance. Utilizes CAD design and CNC machinery for accurate, high-quality production and seamless on-site integration. - Precision Sheet Metal Fabrication:
Focus on high-precision cutting, bending, and assembling of sheet metal for use in architectural, aerospace, or electronics applications. Includes CAD/CAM design and use of CNC press brakes and laser cutters. - Structural Metal Fabrication:
Training in the fabrication and assembly of large-scale steel structures such as beams, trusses, and columns used in construction and infrastructure projects. Emphasis on reading blueprints and structural welding codes. - CNC Machining and Metalworking Automation:
Advanced instruction on the programming and operation of CNC machines (mills, lathes, plasma cutters), along with robotic welding systems and metal forming automation. - Pipefitting and Industrial Piping Systems:
Specialization in the fabrication and installation of metal piping systems used in manufacturing plants, refineries, and chemical facilities. Includes layout, threading, and welding of high-pressure systems. - Ornamental and Artistic Metalwork:
Training in decorative and functional metalwork for architectural elements such as gates, railings, and sculptures. Emphasis on design, craftsmanship, and finishing techniques like forging and patination. - Metallurgy and Material Science for Metalworkers:
Understanding the properties, behaviors, and selection of different metals and alloys used in fabrication, welding, and forming processes. - Safety and Compliance in Metal Works:
In-depth knowledge of workplace safety standards, hazardous material handling, and OSHA/EPA compliance related to welding fumes, cutting processes, and metal dust. - Outcome: Participants will acquire specialized technical knowledge and hands-on experience that prepare them for advanced roles in the metalworking industry. Graduates will be ready for positions such as certified welder, aluminum fabrication and glazing, structural metal fabricator, CNC metal technician, industrial pipefitter, or artistic metalwork specialist.
Expert Lane: Specialization Training Programs
The Specialization Training Program in Metal Works & Fabrication builds on core knowledge, allowing individuals to focus on advanced techniques or specific areas such as precision welding, structural steel fabrication, sheet metal work, or CNC machining. This specialized expertise leads to higher-level roles within the metalworking industry, including supervisory positions, technical consultancy, and custom fabrication.
Duration: 4 – 5 Sessions (12 – 15 months)
A Metal Works Drafter / Designer creates the technical drawings, shop details, and 3D models that guide the fabrication and installation of metal components such as structural steel, staircases, railings, frames, cladding, and custom architectural metalwork.
They act as the bridge between concept and construction—translating architectural and engineering intent into precise, manufacturable details. They work closely with engineers, architects, fabricators, and project managers to ensure all designs are accurate, buildable, and compliant with industry standards.
Key Responsibilities:
- Produce detailed 2D CAD drawings and 3D models for parts, assemblies, and metal structures.
- Interpret architectural and engineering drawings to develop shop/fabrication drawings.
- Create bills of materials (BOMs), cut lists, and part labels for manufacturing.
- Ensure all designs follow industry standards, welding codes, and client specifications.
- Collaborate with project managers, welders, and fabricators to ensure build efficiency.
- Revise and update drawings based on redlines, site measurements, or feedback
- Prepare installation drawings and assist with site layout coordination.
Work Environment & Expectations:
- Most tasks do not require an electrical license, but a strong understanding of electrical safety standards is essential
- Work is hands-on, varied, and often involves collaboration with other maintenance personnel
- Ideal for those pursuing a multi-skilled role in facilities management or general property upkeep
Metal Works Drafters/Designers are in high demand across construction, manufacturing, architectural design, shipbuilding, and heavy industry. They are the design backbone that ensures a project moves seamlessly from concept to fabrication to final installation.
This role stands out because it’s half technical designer, half engineer-in-practice—perfect for someone who wants to stay close to the creative design side of fabrication while also impacting the real-world build process.
(Metal Fabrication | Manufacturing | Construction | Engineering)
A Metal Works Drafter / Designer transforms concepts into precise technical drawings and 3D models that guide the fabrication and installation of metal components.
Their work supports projects ranging from structural steel frameworks to custom architectural features such as staircases, railings, cladding, and façades. By combining technical design skills with knowledge of fabrication processes, they ensure that every design is accurate, buildable, and compliant with industry standards.
Key Responsibilities
—— Drafting & Modeling – produce detailed 2D CAD drawings and 3D models for metal parts, assemblies, and large structures.
—— Blueprint Interpretation – convert architectural and engineering drawings into clear shop and fabrication drawings.
—— Documentation – develop bills of materials (BOMs), cut lists, and part labels for production teams.
—— Standards Compliance – ensure all designs meet client requirements, safety regulations, and codes (AWS, AISC, local standards).
—— Collaboration – coordinate with engineers, architects, fabricators, and project managers to align designs with project needs.
—— Design Revisions – update drawings based on redlines, feedback, or field measurements.
—— Site Coordination – prepare installation drawings and assist with on-site layout where required.
Tools & Software Commonly Used
—— 2D Drafting – AutoCAD
—— 3D Modeling – SolidWorks, Autodesk Inventor, Fusion 360
—— Structural Steel Detailing – Tekla Structures, Advance Steel
—— BIM Coordination – Revit
—— Documentation – Microsoft Excel (BOMs, calculations, cut lists)
Skills & Competencies
Technical Skills
—— Proficiency in CAD software (2D & 3D)
—— Knowledge of fabrication processes (cutting, welding, bending, machining)
—— Understanding of welding symbols, tolerances, and material specifications
—— Ability to read and interpret structural & architectural drawings
—— Familiarity with building codes and industry standards (AWS, AISC, ISO, local codes)
Professional Skills
—— Strong attention to detail and accuracy
—— Problem-solving and design optimization mindset
—— Ability to manage multiple deadlines and projects
—— Clear communication and teamwork skills
—— Openness to feedback and iterative design revisions
Metal Works Drafter / Designer
Sectors: Metal Fabrication • Manufacturing • Construction
Focus: Engineering • Design • Fabrication
A Metal Works Drafter / Designer creates precise technical drawings and 3D models that guide the fabrication and installation of metal components such as structural steel, staircases, railings, frames, cladding, and custom architectural metalwork.
They work closely with engineers, architects, fabricators, and project managers to ensure every design is accurate, manufacturable, and compliant with specifications and industry standards.
Key Responsibilities
—— Produce 2D CAD drawings and 3D models for parts, assemblies, and metal structures.
—— Interpret architectural/engineering plans into shop drawings and fabrication details.
—— Develop bills of materials (BOMs), cut lists, and part labels.
—— Ensure compliance with industry codes, client specifications, and safety standards.
—— Collaborate with project managers, welders, and fabricators to improve practical buildability.
—— Revise drawings based on redlines, site feedback, or field measurements.
—— Prepare installation drawings and assist with site layout coordination.
Tools & Software
—— AutoCAD → 2D Drafting
—— SolidWorks, Inventor, Fusion 360 → 3D Modeling & Assemblies
—— Tekla Structures / Advance Steel → Structural Steel Detailing
—— Revit → BIM Coordination
—— Microsoft Excel → BOMs & Calculations
Skills & Competencies
Technical Skills
—— Strong CAD proficiency (2D & 3D)
—— Knowledge of metal fabrication processes (cutting, welding, bending, finishing)
—— Ability to read structural & architectural drawings
—— Familiarity with welding symbols, tolerances, material specifications
—— Awareness of AWS, AISC, and local building codes
Professional Skills
—— Detail-oriented with high accuracy
—— Problem-solving & analytical mindset
—— Time management & multitasking ability
—— Strong collaboration and communication skills
—— Adaptability and willingness to revise designs
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 4 Sessions (12 months) or
— Saturdays (09:00am – 05:00pm) – 5 Sessions (15 months)
Duration: 5 – 6 Sessions (15 – 18 months)
This program trains students to master three of the most widely used welding processes—MIG, TIG, and Stick. Each method has unique applications, and students will learn how to select the right process based on materials, thickness, and project requirements.
With a strong focus on precision, safety, and efficiency, participants gain the skills to fabricate, repair, and maintain metal structures across a wide range of industries.
Key Training Areas:
- MIG (Gas Metal Arc Welding): Fast, versatile welding for steel, stainless steel, and aluminum
- TIG (Gas Tungsten Arc Welding): High-precision welding for thin metals and clean finishes
- Stick (Shielded Metal Arc Welding): Durable and reliable welding for heavy-duty projects
- Metal preparation, setup, and joint design for different welding applications
- Controlling heat input to prevent warping, cracking, or defects
- Welding safety protocols, PPE use, and hazard awareness
- Reading and interpreting blueprints and welding symbols
Work Environment & Expectations:
Multi-process welders are highly versatile and in demand across construction, manufacturing, automotive, shipbuilding, and repair industries. They may work in workshops, factories, or on-site in varying conditions. The role requires precision, problem-solving, and attention to safety while producing strong, clean, and durable welds.
This program is ideal for individuals who want to become professional welders with the flexibility to work across industries, projects, and environments, mastering all major welding processes for maximum career opportunities.
A Welder skilled in MIG, TIG, and Stick welding is a versatile tradesperson capable of working with a wide range of metals and applications. They select the most suitable welding process based on material type, thickness, and project requirements, ensuring durable and precise results.
Core Skills & Responsibilities:
—— Welding Processes – performing MIG (Gas Metal Arc Welding), TIG (Gas Tungsten Arc Welding), and Stick (Shielded Metal Arc Welding) to join and repair metal parts.
—— Equipment Setup – preparing welding machines, adjusting settings, and selecting the right electrodes, filler metals, or shielding gases.
—— Metal Preparation – cleaning, cutting, and aligning components to achieve strong, clean welds.
—— Quality Control – managing heat input, avoiding common defects (cracks, porosity, weak joints), and inspecting finished welds.
—— Safety Practices – following strict safety standards, including PPE use, fire prevention, and proper ventilation.
—— Industry Applications – working in construction, manufacturing, automotive, shipbuilding, pipelines, and equipment repair.
A multi-process welder brings flexibility and expertise to diverse industries, making them highly valuable for both fabrication and repair work across structural, mechanical, and industrial projects.
Welder (MIG, TIG & Stick) – Skilled Metal Welding Technician in Ghana
A Welder skilled in MIG, TIG, and Stick welding is a versatile metalworker capable of performing multiple welding techniques to join different types of metals. In Ghana, these professionals are essential across construction, manufacturing, automotive, mining, shipbuilding, and oil & gas industries, where precision, strength, and durability in metalwork are critical.
Core Welding Techniques
Multi-skilled welders in Ghana are trained to use a variety of welding processes depending on the project requirements and materials involved:
—— MIG Welding (Metal Inert Gas) – ideal for high-speed, clean welds on mild steel, stainless steel, and aluminum.
—— TIG Welding (Tungsten Inert Gas) – used for high-precision welds on thin materials, stainless steel, and non-ferrous metals like copper and aluminum.
—— Stick Welding (Shielded Metal Arc Welding – SMAW) – widely used for heavy-duty applications, outdoor projects, and structural welding in construction and industrial settings.
Key Responsibilities
A professional MIG, TIG, and Stick Welder in Ghana typically performs tasks such as:
—— Setting up welding equipment and ensuring all tools are calibrated correctly.
—— Preparing metals by cleaning, cutting, or grinding before welding.
—— Creating strong, clean welds while maintaining accuracy and consistency.
—— Selecting the appropriate welding method based on the material and job specifications.
—— Controlling heat input and avoiding defects such as cracks, porosity, or weak joints.
—— Performing welding inspections, repairs, and fabrication to meet safety and quality standards.
Safety & Professional Standards
Since welding involves high heat, electricity, and gases, welders are trained in:
—— Welding safety protocols (fire prevention, gas handling, protective gear).
—— Heat control to prevent warping or damaging materials.
—— Safe workplace practices in factories, workshops, construction sites, and confined spaces.
Industries & Work Environments in Ghana
Multi-process welders are in demand across many sectors, including:
—— Construction & Infrastructure – structural steel welding, bridges, and high-rise buildings.
—— Manufacturing & Fabrication – producing machinery, industrial equipment, and storage tanks.
—— Automotive & Transportation – repairing and fabricating vehicle frames, trailers, and body parts.
—— Shipbuilding & Marine – welding aluminum and steel structures for boats and ports.
—— Oil & Gas / Mining – pipeline welding, heavy-duty equipment repair, and emergency fabrication.
Career Growth Path
A Welder skilled in MIG, TIG, and Stick welding can advance to specialized or supervisory roles such as:
—— Certified Welding Inspector (CWI) – ensuring weld quality and compliance.
—— Pipe Welder or Structural Steel Welder – focusing on industry-specific applications.
—— Welding Foreman or Supervisor – leading welding teams on major projects.
—— Independent Welding Contractor in Ghana – providing fabrication and emergency welding services.
Why This Role is Important in Ghana
With Ghana’s rapid industrial growth in construction, transportation, oil & gas, and heavy industries, welders who are proficient in MIG, TIG, and Stick welding are highly sought after. Their ability to adapt to different metals, environments, and projects ensures that businesses can maintain strong, safe, and long-lasting structures.
A multi-skilled welder in Ghana not only provides valuable trade services but also plays a vital role in building and maintaining the country’s modern infrastructure and industrial development.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 5 Sessions (15 months) or
— Saturdays (09:00am – 05:00pm) – 6 Sessions (18 months)
Duration: 5- 6 Sessions (15 – 18 months)
This program prepares students to specialize in aluminum fabrication and glazing, combining lightweight metalworking with the installation of architectural aluminum systems. Aluminum Fabricator & Glazer (Lightweight Metalwork & Architectural Systems).
Aluminum fabricators work with sheets, extrusions, and profiles to produce components for vehicles, boats, aircraft, and structural frameworks, while glazers focus on integrating aluminum with glass for doors, windows, facades, and partitions. Students will gain both technical fabrication skills and practical installation knowledge, with an emphasis on precision, durability, and safety.
Key Training Areas:
- Cutting, bending, shaping, and welding aluminum sheets and profiles
- Understanding aluminum’s unique properties, including heat sensitivity and corrosion resistance
- Reading and interpreting blueprints, technical drawings, and installation specs
- Fabrication of frames, doors, windows, curtain walls, and structural components
- Glazing techniques: integrating aluminum systems with glass and other materials
- Surface finishing and treatment to improve strength and longevity
Safety practices for aluminum fabrication, welding, and installation worksites
Work Environment & Expectations:
Aluminum fabricators and glazers work in industries ranging from automotive and aerospace to construction and architectural design. They may be based in workshops for fabrication or on-site for installation and glazing projects. Precision, craftsmanship, and the ability to work with both metal and glass are key requirements.
This program is ideal for individuals interested in combining technical metalworking with architectural applications, producing lightweight, durable, and visually appealing structures for modern industries.
An Aluminum Fabricator & Glazer specializes in shaping, assembling, and installing aluminum components for a wide range of applications—from boats, aircraft, and vehicles to doors, windows, and architectural facades. Aluminum is lightweight, durable, and corrosion-resistant, but it requires specialized handling due to its sensitivity to heat and precision demands.
Core Skills & Responsibilities:
—— Fabrication Work – cutting, bending, welding, and assembling aluminum sheets, frames, and profiles into functional products.
—— Glazing Applications – installing aluminum-framed doors, windows, curtain walls, and glass systems in residential, commercial, and industrial projects.
—— Technical Accuracy – reading blueprints, measuring precisely, and ensuring all assemblies meet design specifications.
—— Welding & Joining – applying techniques for aluminum alloys to create strong, corrosion-resistant welds.
—— Material Knowledge – understanding aluminum’s properties and using correct processes to prevent distortion, cracking, or weak joints.
—— Craftsmanship & Finish – producing clean, precise work with attention to aesthetics and long-term durability.
By combining fabrication skills with glazing expertise, aluminum fabricators and glazers are essential in industries that demand lightweight strength, modern design, and energy-efficient solutions.
Aluminum Fabricator & Glazer – Professional Metalwork & Glass Installation Specialist in Ghana
An Aluminum Fabricator & Glazer is a skilled tradesperson who specializes in working with aluminum materials and glass installations, delivering precision-crafted products for both residential and commercial projects.
Unlike steel, aluminum is lightweight, flexible, corrosion-resistant, and widely used in Ghana’s booming construction, automotive, and industrial sectors. This role combines expertise in metal fabrication with the ability to design, assemble, and install glass and aluminum systems such as doors, windows, partitions, curtain walls, and shop fittings.
Core Skills of an Aluminum Fabricator in Ghana
Aluminum Fabricators are trained to work with the unique properties of aluminum, ensuring strength and durability while maintaining a clean, modern aesthetic. Their responsibilities include:
—— Cutting, bending, and welding aluminum sheets and profiles to create functional components.
—— Fabricating aluminum doors, windows, shopfronts, and roofing frames for buildings in Accra, Kumasi, Takoradi, and other urban areas.
—— Working with aluminum in boats, vehicles, and aircraft parts, where lightweight strength is essential.
—— Reading and interpreting technical blueprints and design drawings to ensure accuracy.
—— Applying welding techniques suited for aluminum’s heat sensitivity to prevent weak joints and distortion.
—— Measuring precisely and ensuring welds and joints are strong, neat, and corrosion-resistant.
Glazing & Glass Installation Expertise
Alongside aluminum fabrication, glazing is an equally important part of this profession. Aluminum Fabricators & Glazers in Ghana often handle:
—— Glass installation in aluminum frames for windows, doors, and partitions.
—— Curtain wall systems and commercial shopfronts, commonly used in malls, offices, and hotels.
—— Balustrades, handrails, and decorative glass fittings for residential and commercial properties.
—— Ensuring proper sealing, insulation, and safety standards when fitting glass into aluminum frames.
Precision & Craftsmanship
Because aluminum fabrication and glazing require accuracy, professionals in this field must demonstrate:
—— Strong craftsmanship and finishing skills.
—— A deep understanding of aluminum’s properties, including its lightweight flexibility and resistance to corrosion.
—— Ability to work with both traditional hand tools and modern fabrication machines.
—— Knowledge of heat management in welding aluminum to avoid cracks and warping.
Work Environments in Ghana
Aluminum Fabricators & Glazers are in high demand across Ghana, working in:
—— Construction & Real Estate – building modern homes, apartments, and office complexes.
—— Commercial & Retail Projects – shopfront installations, interior partitions, and curtain walls.
—— Transportation & Aviation – fabricating aluminum vehicle and aircraft parts.
—— Marine & Shipyards – aluminum welding and fabrication for boats and marine structures.
—— Industrial Manufacturing – producing durable aluminum products and equipment.
Career Growth Path
A skilled Aluminum Fabricator & Glazer in Ghana can grow into:
—— Senior Fabricator / Workshop Supervisor – leading fabrication teams.
—— Aluminum Welding Specialist – focusing on high-precision aluminum alloy welding.
—— Glazing & Curtain Wall Expert – specializing in large-scale commercial projects.
—— Independent Contractor in Ghana – offering aluminum fabrication and glass installation services to homeowners, businesses, and real estate developers.
Why This Role is Important in Ghana
With Ghana’s real estate boom, growing urban development, and demand for modern building aesthetics, aluminum fabricators and glazers play a vital role in shaping the country’s infrastructure. From energy-efficient windows and durable doors to stylish shopfronts and commercial partitions, their work ensures that buildings are functional, safe, and visually appealing.
An Aluminum Fabricator & Glazer in Ghana not only provides essential trade services but also contributes to the modernization of Ghana’s construction, automotive, and industrial industries.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 5 Sessions (15 months) or
— Saturdays (09:00am – 05:00pm) – 6 Sessions (18 months)
Duration: 6 – 7 Sessions (18 – 21 months)
Metal Fabricators specializing in iron alloys work with materials such as stainless steel, mild steel, and alloy steel to create durable products and structural components. They cut, shape, and assemble metal parts using welding, grinding, and cutting tools, producing everything from machine parts to building frameworks. A strong focus is placed on understanding the mechanical properties of different iron alloys to ensure products meet durability, safety, and functional standards.
Key Training Areas:
- Cutting, bending, grinding, and shaping iron alloys
- Welding processes for stainless, mild, and alloy steels
- Blueprint reading and interpretation of technical specifications
- Fabricating frames, supports, and machinery components
- Heat treatment and surface finishing for strength and corrosion resistance
- Safe handling of heavy materials and tools in workshop/industrial settings
Work Environment & Expectations:
Metal fabricators often work in workshops, construction sites, or manufacturing plants. They collaborate with engineers, welders, and designers to bring structural and mechanical projects to life. Precision, technical knowledge of alloys, and adherence to safety standards are critical.
This role is essential in industries such as construction, automotive, shipbuilding, and heavy machinery manufacturing, where strong and reliable metal structures are in high demand.
A Metal Fabricator (Iron Alloys) specializes in shaping, cutting, and assembling components made from steel and other iron-based metals, including stainless steel, mild steel, and alloy steels. Their work is central to producing strong, reliable structures and machinery for industries such as construction, automotive, shipbuilding, and heavy equipment manufacturing.
Core Skills & Responsibilities:
—— Fabrication & Assembly – cutting, bending, and welding iron alloys into frames, supports, machinery parts, and structural components.
—— Material Knowledge – understanding the properties of different steels (e.g., corrosion resistance in stainless, flexibility in mild steel, strength in alloy steels) to select the right material for each project.
—— Technical Precision – reading blueprints, interpreting specifications, and producing accurate measurements to ensure high-quality builds.
—— Tool & Machine Use – operating welding machines, grinders, plasma cutters, and other fabrication tools safely and effectively.
—— Safety & Standards – following safety procedures to handle heavy metals, high heat, and industrial machinery while meeting quality standards.
—— Industry Applications – supporting large-scale projects such as buildings, bridges, pipelines, vehicles, and factory equipment.
Metal fabricators working with iron alloys combine technical skill and material expertise to create durable, high-performance products that keep critical industries running.
Metal Fabricator (Iron Alloys) – Steel & Heavy Metal Fabrication Specialist in Ghana
A Metal Fabricator specializing in iron alloys works with materials such as stainless steel, mild steel, and alloy steel to cut, shape, weld, and assemble durable metal products. In Ghana, these skilled tradespeople play a critical role in construction, automotive, manufacturing, mining, oil & gas, and heavy machinery industries, where strong and reliable metal structures are essential.
Core Skills & Responsibilities
Metal Fabricators working with iron-based alloys perform a wide range of fabrication and welding tasks, including:
—— Cutting, shaping, and grinding steel components using specialized hand tools and industrial machines.
—— Welding and assembling iron alloy parts to build frames, tanks, pipelines, gates, and machinery components.
—— Reading and interpreting blueprints and technical specifications to ensure accuracy in measurements and designs.
—— Understanding the strength, flexibility, and corrosion resistance of different iron alloys to produce long-lasting products.
—— Performing quality control checks to avoid defects, weak joints, or unsafe structures.
—— Maintaining strict safety standards, especially when handling heavy metals, welding gases, and high-temperature equipment.
Industries & Work Environments in Ghana
Metal Fabricators with expertise in iron alloys are highly sought after across Ghana, working in:
—— Construction & Real Estate – structural steel fabrication for buildings, bridges, and roofing frameworks.
—— Automotive & Transportation – repairing and fabricating truck bodies, trailers, and heavy-duty vehicles.
—— Heavy Machinery & Mining – producing machine parts, conveyors, and support structures for Ghana’s mining industry.
—— Oil & Gas & Energy – fabricating storage tanks, pipelines, and support frames for energy projects.
—— Manufacturing & Industrial Workshops – creating durable tools, machinery components, and industrial equipment.
Knowledge of Iron Alloys
A professional Metal Fabricator in Ghana must understand the unique properties of different iron alloys to select the right material and process for each project:
—— Mild Steel – affordable and versatile for construction and general fabrication.
—— Stainless Steel – corrosion-resistant and widely used for food processing, hospitals, and high-end structures.
—— Alloy Steel – engineered for strength, wear resistance, and specialized industrial applications.
This knowledge allows fabricators to deliver customized solutions that balance cost, strength, and durability.
Career Growth Path
A Metal Fabricator (Iron Alloys) in Ghana can progress into more advanced and specialized roles such as:
—— Senior Metal Fabricator / Workshop Supervisor – leading fabrication teams and projects.
—— Welding Inspector or Quality Control Specialist – ensuring compliance with international welding standards.
—— Structural Steel Specialist – focusing on large-scale construction and infrastructure projects.
—— Independent Fabrication Contractor in Ghana – running a workshop to supply fabrication and welding services to businesses, contractors, and households.
Why This Role is Important in Ghana
With Ghana’s rapid industrial development, urban expansion, and large-scale infrastructure projects, skilled Metal Fabricators specializing in iron alloys are in constant demand. Their ability to design, fabricate, and repair durable metal structures and machinery supports the backbone of industries that drive Ghana’s economy.
A Metal Fabricator (Iron Alloys) in Ghana not only ensures the safety, functionality, and durability of critical structures but also contributes to the growth of construction, automotive, and heavy industries across the country.
Qualification: IPES Academic Certificate or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 6 Sessions (18 months) or
— Saturdays (09:00am – 05:00pm) – 7 Sessions (21 months)
Maintenance Metal Worker / General Building Maintenance Technician – 6 Months
A Maintenance Metal Worker or General Building Maintenance Technician is responsible for repairing, inspecting, and maintaining metal fixtures and equipment in buildings or industrial sites. They handle a wide range of tasks including welding broken metal parts, fixing doors, windows, and railings, as well as performing routine checks to prevent breakdowns.
Their job requires knowledge of different metals and the right repair techniques, as well as the ability to troubleshoot mechanical issues. These technicians often work independently and must prioritize safety while ensuring all repairs meet quality standards.
Their work helps keep buildings and facilities safe, functional, and efficient. A Maintenance Technician is responsible for keeping machines and equipment in good working order. They perform regular inspections, repairs, and preventive maintenance to avoid breakdowns.
Their work can include fixing mechanical, electrical, or hydraulic systems in factories or workshops. Maintenance Technicians troubleshoot problems using diagnostic tools and technical manuals. They play a vital role in ensuring smooth production operations by minimizing downtime and maintaining safety standards.
Emergency Welder Fabricator (Troubleshooting & Safety Trained) – 9 Months
Junior Welder Fabricators have some experience and perform welding and fabrication tasks with limited supervision. They are skilled in basic welding processes like MIG, TIG, and stick welding. Their work involves cutting metal parts, fitting them together, and welding to build or repair structures and equipment. Juniors improve their ability to read blueprints and maintain safety standards on the job. They start taking on more responsibility in complex projects while refining their welding quality and efficiency.
Emergency Aluminum Fabricator (Troubleshooting & Safety Trained) – 9 Months
Junior Aluminum Fabricators specialize in working with aluminum, applying skills in cutting, shaping, and welding this lightweight metal. They support senior fabricators by preparing materials and assembling aluminum parts for various uses, such as vehicle bodies or aircraft components. Juniors learn to work with aluminum-specific tools and follow precise measurements to avoid mistakes. They develop expertise in welding aluminum alloys, which require different techniques than steel or iron. Safety and accuracy are key parts of their daily tasks.
Metal Works Drafter / Designer – 12 Months
Welder / Welding Technician (MIG/TIG/Stick) – 15 Months
A Welder skilled in MIG, TIG, and Stick welding is proficient in multiple welding techniques to join different metals. They select the right welding method based on the materials and project needs. Their job involves setting up welding equipment, preparing metals, and creating strong, clean welds. Welders must understand welding safety, control heat input, and avoid defects in welds. They work in industries ranging from construction to manufacturing, fabricating or repairing metal parts and structures.
Aluminum Fabricator & Glazer – 15 Months
An Aluminum Fabricator specializes in working with aluminum materials, which are lighter and more flexible than steel. They use tools to cut, bend, and weld aluminum sheets and parts for various products like boats, aircraft, and vehicles. Fabricators must understand aluminum’s unique properties, such as its sensitivity to heat. Their work includes reading blueprints, measuring accurately, and ensuring welds are strong and corrosion-resistant. Precision and craftsmanship are important for quality aluminum fabrication.
General Metal Fabricator (Iron Alloys) – 18 Months
Metal Fabricators working with iron alloys (stainless steel, mild steel, alloy steel,) shape, cut, and assemble parts made from steel and other iron-based metals. They use welding, grinding, and cutting tools to build frames, structures, and machinery components. Fabricators must understand the strength and flexibility of different iron alloys to produce durable products. Reading blueprints, following specifications, and maintaining safety are important parts of their job. Their work supports industries like construction, automotive, and heavy machinery.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) or
— Saturdays (09:00am – 05:00pm)
General Metal fabricators (Iron Alloys) cut, shape, and assemble metal parts into finished products. This position requires a moderate skill level in metalworking but is still not as specialized as higher engineering roles.
The General Metal Fabricator (Iron Alloys) course provides students with the skills and knowledge to work with iron alloys, including cast iron, wrought iron, and steel, in the fabrication of various metal structures and components. Students will learn techniques such as cutting, shaping, welding, and assembling iron-based materials using industry-standard tools and equipment.
The course covers safety protocols, metalworking processes, blueprint reading, and the properties of different iron alloys. Emphasis is placed on precision, strength, and durability in fabrication. Upon completion, graduates will be prepared to work in industries such as construction, automotive, and manufacturing, creating high-quality metal products and structures.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 5 Sessions (15 months) or
— Saturdays (09:00am – 05:00pm) – 6 Sessions (18 months)
Teaching welding, fabrication, and metalworking at technical institutions or private training centers, requiring both advanced skills and teaching expertise. The Technical Instructor course in Welding, Fabrication, and Metalworking is designed to prepare experienced tradespeople for teaching roles at technical institutions or private training centers.
Students will gain the necessary pedagogical skills to effectively teach welding, metal fabrication, and metalworking techniques to apprentices and students. The course covers curriculum development, lesson planning, classroom management, and assessment strategies, alongside advanced practical skills in welding (MIG, TIG, Stick), metal fabrication, and cutting techniques. Emphasis is placed on safety, instructional methods, and the ability to communicate complex concepts to learners. Graduates will be equipped to teach both theoretical and hands-on welding and fabrication, preparing students for careers in the metalworking industry.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 6 Sessions (18 months) or
— Saturdays (09:00am – 05:00pm) – 7 Sessions (21 months)
Combines metal works knowledge with sales skills to sell metal products, catering to retailers, contractors, and other professionals. Managing the supply and distribution of metals and components across industries, requiring managerial and logistics expertise.
The Metal Works Sales & Supply Chain Manager course is designed to equip students with the skills necessary to oversee the sales, distribution, and supply chain of metal products and materials. Students will learn about inventory management, procurement, logistics, pricing strategies, and vendor relationships.
The course covers market analysis, sales techniques, customer service, and the efficient movement of goods, ensuring timely delivery of metal works products. Emphasis is placed on understanding various metal types, quality control, and the application of industry standards. Graduates will be prepared to manage the supply chain operations of metalworks businesses, optimize sales strategies, and drive profitability in a competitive market.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 4 Sessions (12 months) or
— Saturdays (09:00am – 05:00pm) – 5 Sessions (15 months)
This is a more skilled role where individuals have advanced knowledge of different welding methods and can work independently. They often handle more complex projects than entry-level welders. Specialized skills in welding with a certification for specific techniques or types of metal. Joining metal parts using heat or pressure. Different welding methods (MIG, TIG, Stick, etc.) are used based on the material and project.
The Welding Technician (Certified Welder) course is designed to provide students with advanced welding skills and the knowledge necessary to become certified welders. The course covers a range of welding techniques, including MIG, TIG, Stick, and Flux-Cored Arc Welding, as well as advanced methods like welding for stainless steel and aluminum.
Students will learn about welding safety, blueprint reading, metallurgy, weld inspection, and the application of welding codes and standards. Hands-on practice ensures students can perform high-quality welds in various positions and materials. Upon completion, graduates will be prepared to take welding certification exams and pursue careers in industries such as construction, manufacturing, and repair.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 5 Sessions (15 months) or
— Saturdays (09:00am – 05:00pm) – 6 Sessions (18 months)
Owning and managing a metal fabrication, welding, or machine shop business, requiring a combination of technical, managerial, and business skills. The Entrepreneur (Metal Works Business Owner) course is designed to help aspiring business owners establish and manage a successful metal works business. Students will learn how to develop a business plan, manage finances, source materials, and market metal products effectively.
The course covers metalworking techniques such as welding, fabrication, and machining, along with entrepreneurship fundamentals like customer relations, pricing strategies, and operational management. Emphasis is placed on business growth, market research, and building a sustainable, profitable company. Upon completion, graduates will be equipped to start and run their own metal works business, serving industries like construction, automotive, and manufacturing.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 6 Sessions (18 months) or
— Saturdays (09:00am – 05:00pm) – 7 Sessions (21 months)
Oversees large construction projects, managing the metal works aspect of infrastructure, requiring strong leadership and project management skills. The Metal Works Project Manager/Supervisor/Foreman course is designed to equip students with the leadership and technical skills required to manage and supervise metal fabrication projects.
Students will learn project management techniques, team coordination, budgeting, and scheduling, alongside essential metalworking skills. The course covers safety standards, quality control, blueprint interpretation, and the use of metalworking tools and equipment. Emphasis is placed on ensuring projects are completed on time, within budget, and to specification, while maintaining a high standard of craftsmanship. Graduates will be prepared to oversee teams of metal workers, manage resources, and lead complex metalworks projects in industries like construction, manufacturing, and engineering.
Qualification: IPES Academic Diploma or CTVET Higher National Diploma (HND is after 3 years)
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 7 Sessions (21 months) or
— Saturdays (09:00am – 05:00pm) – 8 Sessions (24 months)
Welders perform basic welding tasks to join metal parts together using various welding techniques. This is often an entry-level position with less specialized skills. Basic skill level requiring training in welding techniques and metal joining methods.
The Welder course provides students with the skills and knowledge needed to safely and effectively weld metal components in various industries, including construction, manufacturing, and automotive. Students will learn different welding techniques such as MIG, TIG, and arc welding, as well as how to use welding equipment, tools, and safety gear.
The course covers metal types, joint preparation, blueprint reading, and welding codes and standards. Emphasis is placed on precision, safety protocols, and hands-on practice to ensure students can produce strong, durable welds. Upon completion, graduates will be prepared for careers as welders, capable of working in a wide range of industries and projects.
The Building Maintenance Technician course is designed to provide students with the skills needed to maintain and repair the essential systems and components of residential, commercial, and industrial buildings. Students will learn about electrical systems, plumbing, HVAC, carpentry, painting, and general building repair techniques.
The course covers routine maintenance tasks, troubleshooting, safety practices, and the use of tools and equipment for building upkeep. Emphasis is placed on preventative maintenance, energy efficiency, and responding to emergency repair needs. Graduates will be prepared to work as building maintenance technicians, ensuring that buildings remain safe, functional, and well-maintained.
Building Maintenance Technicians are responsible for performing routine maintenance on various building systems, including HVAC, plumbing, electrical, and other essential services. While they need a general understanding of HVAC systems, their expertise is broader and covers a range of building systems, rather than specializing in one area.
This role requires basic technical knowledge in multiple areas of building maintenance, but it does not demand the same level of expertise as specialized HVAC positions. Building Maintenance Technicians typically receive on-the-job training or may have certifications in general maintenance or specific systems.
Aluminum fabricators are experts or companies that work with aluminum to produce various products by cutting, shaping, welding, assembling, and finishing it to meet specific needs. Aluminum is popular in many industries due to its lightweight, corrosion-resistant, durable, and versatile qualities.
The Aluminum Fabricator course equips students with the skills required to fabricate and work with aluminum in various industries, including construction, automotive, and manufacturing. Students will learn techniques for cutting, shaping, welding, and assembling aluminum components using both traditional and modern methods.
The course covers metalworking tools, blueprint reading, aluminum alloy identification, and safety procedures. Emphasis is placed on precision, quality control, and the ability to work with different aluminum products, such as doors windows, railings, frames, panels, and structures. By the end of the course, graduates will be prepared to work as aluminum fabricators, creating custom aluminum solutions for a range of commercial and industrial applications.
General Metal fabricators (Iron Alloys) cut, shape, and assemble metal parts into finished products. This position requires a moderate skill level in metalworking but is still not as specialized as higher engineering roles.
The General Metal Fabricator (Iron Alloys) course provides students with the skills and knowledge to work with iron alloys, including cast iron, wrought iron, and steel, in the fabrication of various metal structures and components. Students will learn techniques such as cutting, shaping, welding, and assembling iron-based materials using industry-standard tools and equipment.
The course covers safety protocols, metalworking processes, blueprint reading, and the properties of different iron alloys. Emphasis is placed on precision, strength, and durability in fabrication. Upon completion, graduates will be prepared to work in industries such as construction, automotive, and manufacturing, creating high-quality metal products and structures.
Teaching welding, fabrication, and metalworking at technical institutions or private training centers, requiring both advanced skills and teaching expertise. The Technical Instructor course in Welding, Fabrication, and Metalworking is designed to prepare experienced tradespeople for teaching roles at technical institutions or private training centers.
Students will gain the necessary pedagogical skills to effectively teach welding, metal fabrication, and metalworking techniques to apprentices and students. The course covers curriculum development, lesson planning, classroom management, and assessment strategies, alongside advanced practical skills in welding (MIG, TIG, Stick), metal fabrication, and cutting techniques. Emphasis is placed on safety, instructional methods, and the ability to communicate complex concepts to learners. Graduates will be equipped to teach both theoretical and hands-on welding and fabrication, preparing students for careers in the metalworking industry.
Combines metal works knowledge with sales skills to sell metal products, catering to retailers, contractors, and other professionals. Managing the supply and distribution of metals and components across industries, requiring managerial and logistics expertise.
The Metal Works Sales & Supply Chain Manager course is designed to equip students with the skills necessary to oversee the sales, distribution, and supply chain of metal products and materials. Students will learn about inventory management, procurement, logistics, pricing strategies, and vendor relationships.
The course covers market analysis, sales techniques, customer service, and the efficient movement of goods, ensuring timely delivery of metal works products. Emphasis is placed on understanding various metal types, quality control, and the application of industry standards. Graduates will be prepared to manage the supply chain operations of metalworks businesses, optimize sales strategies, and drive profitability in a competitive market.
This is a more skilled role where individuals have advanced knowledge of different welding methods and can work independently. They often handle more complex projects than entry-level welders. Specialized skills in welding with a certification for specific techniques or types of metal. Joining metal parts using heat or pressure. Different welding methods (MIG, TIG, Stick, etc.) are used based on the material and project.
The Welding Technician (Certified Welder) course is designed to provide students with advanced welding skills and the knowledge necessary to become certified welders. The course covers a range of welding techniques, including MIG, TIG, Stick, and Flux-Cored Arc Welding, as well as advanced methods like welding for stainless steel and aluminum.
Students will learn about welding safety, blueprint reading, metallurgy, weld inspection, and the application of welding codes and standards. Hands-on practice ensures students can perform high-quality welds in various positions and materials. Upon completion, graduates will be prepared to take welding certification exams and pursue careers in industries such as construction, manufacturing, and repair.
Owning and managing a metal fabrication, welding, or machine shop business, requiring a combination of technical, managerial, and business skills. The Entrepreneur (Metal Works Business Owner) course is designed to help aspiring business owners establish and manage a successful metal works business. Students will learn how to develop a business plan, manage finances, source materials, and market metal products effectively.
The course covers metalworking techniques such as welding, fabrication, and machining, along with entrepreneurship fundamentals like customer relations, pricing strategies, and operational management. Emphasis is placed on business growth, market research, and building a sustainable, profitable company. Upon completion, graduates will be equipped to start and run their own metal works business, serving industries like construction, automotive, and manufacturing.
Oversees large construction projects, managing the metal works aspect of infrastructure, requiring strong leadership and project management skills. The Metal Works Project Manager/Supervisor/Foreman course is designed to equip students with the leadership and technical skills required to manage and supervise metal fabrication projects.
Students will learn project management techniques, team coordination, budgeting, and scheduling, alongside essential metalworking skills. The course covers safety standards, quality control, blueprint interpretation, and the use of metalworking tools and equipment. Emphasis is placed on ensuring projects are completed on time, within budget, and to specification, while maintaining a high standard of craftsmanship. Graduates will be prepared to oversee teams of metal workers, manage resources, and lead complex metalworks projects in industries like construction, manufacturing, and engineering.
Welders perform basic welding tasks to join metal parts together using various welding techniques. This is often an entry-level position with less specialized skills. Basic skill level requiring training in welding techniques and metal joining methods.
The Welder course provides students with the skills and knowledge needed to safely and effectively weld metal components in various industries, including construction, manufacturing, and automotive. Students will learn different welding techniques such as MIG, TIG, and arc welding, as well as how to use welding equipment, tools, and safety gear.
The course covers metal types, joint preparation, blueprint reading, and welding codes and standards. Emphasis is placed on precision, safety protocols, and hands-on practice to ensure students can produce strong, durable welds. Upon completion, graduates will be prepared for careers as welders, capable of working in a wide range of industries and projects.
Qualification: IPES Academic Certificate
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 2 Sessions (6 months) or
— Saturdays (09:00am – 05:00pm) – 3 Sessions (9 months)
The Building Maintenance Technician course is designed to provide students with the skills needed to maintain and repair the essential systems and components of residential, commercial, and industrial buildings. Students will learn about electrical systems, plumbing, HVAC, carpentry, painting, and general building repair techniques.
The course covers routine maintenance tasks, troubleshooting, safety practices, and the use of tools and equipment for building upkeep. Emphasis is placed on preventative maintenance, energy efficiency, and responding to emergency repair needs. Graduates will be prepared to work as building maintenance technicians, ensuring that buildings remain safe, functional, and well-maintained.
Building Maintenance Technicians are responsible for performing routine maintenance on various building systems, including HVAC, plumbing, electrical, and other essential services. While they need a general understanding of HVAC systems, their expertise is broader and covers a range of building systems, rather than specializing in one area.
This role requires basic technical knowledge in multiple areas of building maintenance, but it does not demand the same level of expertise as specialized HVAC positions. Building Maintenance Technicians typically receive on-the-job training or may have certifications in general maintenance or specific systems.
Qualification: IPES Professional Certificate
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 4 Sessions (12 months) or
— Saturdays (09:00am – 05:00pm) – 5 Sessions (15 months)
Aluminum fabricators are experts or companies that work with aluminum to produce various products by cutting, shaping, welding, assembling, and finishing it to meet specific needs. Aluminum is popular in many industries due to its lightweight, corrosion-resistant, durable, and versatile qualities.
The Aluminum Fabricator course equips students with the skills required to fabricate and work with aluminum in various industries, including construction, automotive, and manufacturing. Students will learn techniques for cutting, shaping, welding, and assembling aluminum components using both traditional and modern methods.
The course covers metalworking tools, blueprint reading, aluminum alloy identification, and safety procedures. Emphasis is placed on precision, quality control, and the ability to work with different aluminum products, such as doors windows, railings, frames, panels, and structures. By the end of the course, graduates will be prepared to work as aluminum fabricators, creating custom aluminum solutions for a range of commercial and industrial applications.
Qualification: IPES Professional Certificate
Tuition Fees: Ghc 2000/session or Ghc 800/month
Class Schedule & Duration:
— Monday – Thursday (09:00am – 03:00pm) – 4 Sessions (12 months) or
— Saturdays (09:00am – 05:00pm) – 5 Sessions (15 months)
Welders perform basic welding tasks to join metal parts together using various welding techniques. This is often an entry-level position with less specialized skills. Basic skill level requiring training in welding techniques and metal joining methods.
Aluminum fabricators are experts or companies that work with aluminum to produce various products by cutting, shaping, welding, assembling, and finishing it to meet specific needs. Aluminum is popular in many industries due to its lightweight, corrosion-resistant, durable, and versatile qualities.
Work with thin metal sheets to create products like ducts, panels, and roofing materials. They may also work with metals like copper, steel, and aluminum.
General Metal fabricators (Iron Alloys) cut, shape, and assemble metal parts into finished products. This position requires a moderate skill level in metalworking but is still not as specialized as higher engineering roles.
Teaching welding, fabrication, and metalworking at technical institutions or private training centers, requiring both advanced skills and teaching expertise.
Combines metal works knowledge with sales skills to sell metal products, catering to retailers, contractors, and other professionals. Managing the supply and distribution of metals and components across industries, requiring managerial and logistics expertise.
This is a more skilled role where individuals have advanced knowledge of different welding methods and can work independently. They often handle more complex projects than entry-level welders. Specialized skills in welding with a certification for specific techniques or types of metal. Joining metal parts using heat or pressure. Different welding methods (MIG, TIG, Stick, etc.) are used based on the material and project.
Fabricates and assembles steel components, often in construction and infrastructure projects. Cutting, bending, and assembling metal structures from raw materials. Metal fabricators work on steel, aluminum, and other alloys to create machinery, building frameworks, and tools. Skills Required: Welding, blueprint reading, machine operation, metal cutting techniques, assembly. Industries: Manufacturing, automotive, aerospace, construction, industrial machinery.
Owning and managing a metal fabrication, welding, or machine shop business, requiring a combination of technical, managerial, and business skills.
Structural welders work on large-scale projects such as buildings and bridges, requiring specialized skills in welding on complex structures and adherence to safety and design standards.
Oversees large construction projects, managing the metal works aspect of infrastructure, requiring strong leadership and project management skills.
Welding engineers design and optimize welding processes, requiring a higher level of expertise in engineering and welding techniques. They focus on advanced problem-solving, design, and development, making this a high-skill role.
Welding instructors are experts in welding who teach others, requiring not only a high level of technical knowledge but also the ability to educate and mentor students. This role combines both technical expertise and pedagogical skills, making it one of the highest-skilled positions.
Welder/Fabricator: Basic skill level requiring training in welding techniques and metal joining methods.
Certified Welder: Specialized skills in welding with a certification for specific techniques or types of metal.
Sheet Metal Worker
Responsibilities: Work with thin metal sheets to create products like ducts, panels, and roofing materials. They may also work with metals like copper, steel, and aluminum.
Steel Fabricator: Fabricates and assembles steel components, often in construction and infrastructure projects.
Construction Project Manager: Oversees large construction projects, managing the metal works aspect of infrastructure, requiring strong leadership and project management skills.
8. Entrepreneurial Opportunities
Metal Works Business Owner: Owning and managing a metal fabrication, welding, or machine shop business, requiring a combination of technical, managerial, and business skills.
Supply Chain Manager: Managing the supply and distribution of metals and components across industries, requiring managerial and logistics expertise.
9. Mining Industry
Mining Equipment Specialist: Specialized knowledge in manufacturing and maintaining metal mining equipment, often requiring advanced technical training.
10. Education and Training
Technical Instructor: Teaching welding, fabrication, and metalworking at technical institutions or private training centers, requiring both advanced skills and teaching expertise.
Metal Fabricator
Responsibilities: Cutting, bending, and assembling metal structures from raw materials. Metal fabricators work on steel, aluminum, and other alloys to create machinery, building frameworks, and tools.
Skills Required: Welding, blueprint reading, machine operation, metal cutting techniques, assembly.
Industries: Manufacturing, automotive, aerospace, construction, industrial machinery.
b. Welder
Responsibilities: Joining metal parts using heat or pressure. Different welding methods (MIG, TIG, Stick, etc.) are used based on the material and project.
Skills Required: Welding techniques, safety protocols, equipment handling, metal alloys knowledge.
Industries: Construction, shipbuilding, automotive, energy, aerospace, infrastructure.
This role focuses on creative and artistic design using metal but requires less technical and industrial skill compared to the other positions.
Welders perform basic welding tasks to join metal parts together using various welding techniques. This is often an entry-level position with less specialized skills.
Maintenance technicians handle repairs and upkeep of metal equipment, structures, and machinery, requiring practical skills but less advanced knowledge than some other positions.
Metal fabricators cut, shape, and assemble metal parts into finished products. This position requires a moderate skill level in metalworking but is still not as specialized as higher engineering roles.
This is a more skilled role where individuals have advanced knowledge of different welding methods and can work independently. They often handle more complex projects than entry-level welders.
This role involves inspecting and ensuring the quality and safety of welds, which requires a good understanding of welding standards and attention to detail, placing it above a basic welder in skill level.
CNC operators require knowledge of advanced machinery, programming, and metalworking, placing this role at a higher technical skill level due to the use of computerized systems.
Structural welders work on large-scale projects such as buildings and bridges, requiring specialized skills in welding on complex structures and adherence to safety and design standards.
Welding engineers design and optimize welding processes, requiring a higher level of expertise in engineering and welding techniques. They focus on advanced problem-solving, design, and development, making this a high-skill role.
Welding instructors are experts in welding who teach others, requiring not only a high level of technical knowledge but also the ability to educate and mentor students. This role combines both technical expertise and pedagogical skills, making it one of the highest-skilled positions.
metal-Works job or career options in Ghana
ChatGPT said:
ChatGPT
In Ghana, there are various job or career options within the metal works industry, ranging from skilled trade positions to management and entrepreneurial opportunities. The metal works sector plays an important role in the country’s infrastructure, manufacturing, and construction industries. Here are some of the key career options in the metal works field in Ghana:
1. Welding and Fabrication
Welder/Fabricator: Skilled professionals who use heat and other techniques to join metals together. This can be for construction, repairs, or custom design work.
Certified Welder: Some specialized positions require certifications, especially for working with specific types of metal or equipment.
CNC Machinist: Using computer numerical control machines to cut, shape, and fabricate metal products.
2. Metal Engineering
Metallurgist: Metallurgists study the properties of metals and alloys, and they are involved in selecting the right materials for industrial applications.
Mechanical Engineer: Mechanical engineers who specialize in metal works design systems, machines, and processes that involve metals.
Structural Engineer: Involved in the design and analysis of metal structures, such as bridges, buildings, and frameworks, ensuring their integrity and safety.
3. Metal Manufacturing
Machine Operator: Operates industrial machinery used in the production of metal goods, including sheet metal, pipes, and components for various industries.
Metal Production Technician: Technicians who oversee the manufacturing of metal products, ensuring proper quality control, maintenance, and production standards.
Production Supervisor: Oversees the production of metal products, managing a team, ensuring efficiency, and maintaining safety standards.
4. Metal Construction and Infrastructure
Steel Fabricator: Involved in the construction and assembly of steel components for buildings, roads, and other infrastructure projects.
Construction Project Manager: A managerial role overseeing the metalworks involved in large construction projects such as bridges, industrial plants, or residential buildings.
5. Metal Art and Design
Metal Artist: Creates art using various metalworking techniques such as welding, casting, and forging. This includes sculptures, furniture, and other creative projects.
Custom Metal Designer: Involves designing bespoke metal structures, gates, railings, and other metal items for clients.
6. Maintenance and Repair
Maintenance Technician: Technicians responsible for the repair and upkeep of metal machinery and equipment used in manufacturing, construction, and other industries.
Tool and Die Maker: Specializes in creating and maintaining tools, molds, and dies used in metalworking processes.
7. Entrepreneurial Opportunities
Metal Works Business Owner: Starting your own business in metal fabrication, welding, or machine shop services, catering to both industrial clients and individual customers.
Supply Chain Management: Supply and distribution of metals and metal parts to construction, manufacturing, and mining industries.
8. Research and Development
Product Development Engineer: Developing new metal products, improving existing designs, or innovating new processes for the manufacturing of metal goods.
Quality Control Inspector: Ensuring that metal products meet industry standards and specifications through rigorous testing and inspection.
9. Mining Industry
Mining Equipment Specialist: Involved in manufacturing and maintaining the metal equipment used in the mining industry, particularly in the extraction of gold, bauxite, and other minerals prevalent in Ghana.
10. Education and Training
Technical Instructor: Teaching and training students or apprentices in welding, metalworking, and fabrication techniques at technical colleges, vocational institutes, or private training centers.
Growing Opportunities:
With the ongoing infrastructure projects, mining sector growth, and industrial expansion in Ghana, metal work careers are becoming increasingly important. Many technical schools and institutions are also offering vocational training to prepare workers for these fields, which can lead to apprenticeships or formal employment in established companies.
Companies and Industries Hiring Metal Workers:
Construction and engineering firms (e.g., Tullow Oil, China Harbour Engineering, Danya Engineering)
Manufacturing companies producing goods from metal (e.g., Kasapreko, Vivo Energy Ghana)
Metal fabrication shops
Mining companies (e.g., AngloGold Ashanti, Newmont Mining Ghana)
Architectural firms requiring custom metalwork for buildings and infrastructure.
In addition to these career options, metal works offer a wide array of opportunities for those with both technical skills and management potential. The field is dynamic and growing, providing both job security and opportunities for entrepreneurial ventures.
You said:
order the list above from lowest rank/skilled to highest
ChatGPT said:
ChatGPT
Here is the ordered list of metal works careers in Ghana, starting from the lowest skilled rank to the highest:
1. Welding and Fabrication
Welder/Fabricator: Basic skill level requiring training in welding techniques and metal joining methods.
Certified Welder: Specialized skills in welding with a certification for specific techniques or types of metal.
CNC Machinist: Requires specialized knowledge in operating CNC machinery to shape and cut metal.
2. Maintenance and Repair
Maintenance Technician: Responsible for maintaining and repairing metal machinery and equipment.
Tool and Die Maker: Involves creating and maintaining tools, molds, and dies for metalworking.
3. Metal Manufacturing
Machine Operator: Operates industrial machinery for metal production.
Metal Production Technician: Oversees the manufacturing process, ensuring quality control and standards.
Production Supervisor: Manages teams in the metal manufacturing process to ensure efficient production.
4. Metal Engineering
Metallurgist: Studies metals and alloys, often requiring a degree and specialized knowledge.
Mechanical Engineer: Involves designing systems and machinery that use metal components, requiring advanced engineering education.
Structural Engineer: Requires an advanced understanding of metal structures and their design and safety.
5. Metal Construction and Infrastructure
Steel Fabricator: Fabricates and assembles steel components, often in construction and infrastructure projects.
Construction Project Manager: Oversees large construction projects, managing the metal works aspect of infrastructure, requiring strong leadership and project management skills.
6. Metal Art and Design
Metal Artist: Uses metal to create artistic pieces, requiring creativity and advanced metalworking techniques.
Custom Metal Designer: Designs custom metal items such as gates, railings, and furniture, requiring high creativity and technical skills.
7. Research and Development
Product Development Engineer: Involves innovating and designing new metal products and improving existing ones, requiring advanced technical and design knowledge.
Quality Control Inspector: Ensures that metal products meet industry standards, requiring specialized knowledge of quality control processes.
8. Entrepreneurial Opportunities
Metal Works Business Owner: Owning and managing a metal fabrication, welding, or machine shop business, requiring a combination of technical, managerial, and business skills.
Supply Chain Manager: Managing the supply and distribution of metals and components across industries, requiring managerial and logistics expertise.
9. Mining Industry
Mining Equipment Specialist: Specialized knowledge in manufacturing and maintaining metal mining equipment, often requiring advanced technical training.
10. Education and Training
Technical Instructor: Teaching welding, fabrication, and metalworking at technical institutions or private training centers, requiring both advanced skills and teaching expertise.
This list ranks the careers from entry-level (basic skill set) positions to those requiring advanced technical expertise, higher education, or entrepreneurial skills.
The metal-working industry offers diverse career opportunities across a variety of sectors, including manufacturing, engineering, construction, and design. Here are several job options, career paths, and relevant industries for metal-workers:
1. Job Options and Career Opportunities in Metalworking
a. Metal Fabricator
Responsibilities: Cutting, bending, and assembling metal structures from raw materials. Metal fabricators work on steel, aluminum, and other alloys to create machinery, building frameworks, and tools.
Skills Required: Welding, blueprint reading, machine operation, metal cutting techniques, assembly.
Industries: Manufacturing, automotive, aerospace, construction, industrial machinery.
b. Welder
Responsibilities: Joining metal parts using heat or pressure. Different welding methods (MIG, TIG, Stick, etc.) are used based on the material and project.
Skills Required: Welding techniques, safety protocols, equipment handling, metal alloys knowledge.
Industries: Construction, shipbuilding, automotive, energy, aerospace, infrastructure.
c. CNC Machinist (Computer Numerical Control)
Responsibilities: Operate CNC machines to cut, shape, and finish metal parts with high precision.
Skills Required: Knowledge of CAD/CAM software, machining techniques, CNC programming, attention to detail.
Industries: Aerospace, automotive, defense, precision manufacturing, robotics.
d. Metal Turner/Lathe Operator
Responsibilities: Operate lathes to cut and shape metal parts, often for machinery components, precision instruments, and prototypes.
Skills Required: Operating CNC lathes, understanding of metalworking tools, precision measuring instruments.
Industries: Aerospace, automotive, manufacturing, machinery, medical devices.
e. Sheet Metal Worker
Responsibilities: Work with thin metal sheets to create products like ducts, panels, and roofing materials. They may also work with metals like copper, steel, and aluminum.
Skills Required: Cutting, bending, welding, and assembling sheet metals, reading blueprints.
Industries: HVAC (Heating, Ventilation, and Air Conditioning), construction, automotive, aerospace, roofing.
f. Metal Designer (Industrial Designer or Product Designer)
Responsibilities: Create metal components for products or artistic works, balancing aesthetics, function, and manufacturing feasibility.
Skills Required: CAD design, prototyping, material selection, knowledge of metal properties.
Industries: Furniture, automotive, consumer electronics, product design, artistic sculpture.
g. Tool and Die Maker
Responsibilities: Design and create precision tools, molds, and dies for manufacturing processes like stamping, molding, or machining.
Skills Required: Precision machining, metalworking techniques, CAD software, material science.
Industries: Automotive, aerospace, consumer goods, manufacturing, heavy machinery.
h. Metal Polisher
Responsibilities: Grind, buff, and polish metal surfaces to achieve smooth, shiny, or decorative finishes.
Skills Required: Grinding, buffing, polishing techniques, attention to detail, safety practices.
Industries: Jewelry, automotive, aerospace, manufacturing.
i. Foundry Worker (Casting)
Responsibilities: Work with molten metal to create cast parts and components in molds, such as engine blocks or machine parts.
Skills Required: Metalworking knowledge, safety awareness, mold-making, pouring molten metals.
Industries: Automotive, aerospace, construction, metal product manufacturing.
j. Metallurgist
Responsibilities: Study and analyze the properties of metals, develop metal alloys, and oversee the manufacturing process to ensure materials meet quality standards.
Skills Required: Advanced knowledge in materials science, chemistry, testing, and analysis.
Industries: Research and development, manufacturing, automotive, aerospace, energy.
2. Relevant Industries in Metalworking
a. Manufacturing Industry
A core industry for metalworkers, encompassing sectors such as automotive, machinery, electronics, and heavy equipment.
Job roles: CNC operators, welders, machinists, toolmakers, assembly line workers.
b. Construction and Infrastructure
Metalworkers are essential for building structures, bridges, scaffolding, and more. This includes both structural steelwork and finishing work.
Job roles: Metal fabricators, welders, structural engineers, sheet metal workers.
c. Automotive Industry
Metalworkers are integral in creating parts for cars, trucks, motorcycles, and other vehicles, from engine components to body parts.
Job roles: CNC machinists, welders, toolmakers, quality control specialists.
d. Aerospace Industry
Specialized metals are used in the production of aircraft, satellites, and related equipment, requiring high precision and skill.
Job roles: Welders, machinists, precision fabricators, metallurgists.
e. Shipbuilding and Marine Industry
Metalworkers contribute to building ships, submarines, and offshore structures, focusing on welding, cutting, and assembling.
Job roles: Welders, fabricators, engineers, metal finishers.
f. Energy and Utilities (Oil & Gas, Renewable Energy)
The energy sector demands metalworking expertise for building pipelines, refineries, wind turbines, solar panels, and nuclear power plants.
Job roles: Fabricators, welders, quality inspectors, structural engineers.
g. Mining and Heavy Equipment
Manufacturing and maintaining heavy machinery and equipment for mining operations often involves metalworking.
Job roles: Metal fabricators, welders, machine operators, maintenance workers.
h. Consumer Goods and Appliances
Metalworkers help create durable, high-quality products like home appliances, tools, and electronics.
Job roles: Sheet metal workers, machinists, designers, metal finishers.
i. Art and Sculptural Metalworking
Artists and artisans work with metal to create sculptures, functional art, and custom pieces.
Job roles: Metal artists, sculptors, fabricators.
3. Skills and Education
Technical Skills: Knowledge of welding, machining, casting, metal cutting, CAD/CAM, and precision measurement tools is essential for most metalworking jobs.
Education Requirements: Many roles require vocational training, apprenticeships, or certification programs in welding, machining, or metalworking. Some advanced positions, like metallurgists or industrial designers, may require degrees in engineering or materials science.
Conclusion
The metalworking field is broad, with opportunities for skilled laborers, technicians, engineers, and designers. The industry spans many sectors, from construction to high-tech aerospace, offering diverse roles for those interested in working with metals. Whether you prefer hands-on work or more design and analysis-focused careers, the metalworking industry provides numerous options for growth and specialization.
You said:
is aluminum window and door fabricators parts?
ChatGPT said:
ChatGPT
Yes, aluminum window and door fabricators are part of the broader metalworking and construction industries. Specifically, they specialize in producing parts for windows and doors made from aluminum, which is a popular material due to its strength, durability, and resistance to corrosion.
What do Aluminum Window and Door Fabricators Do?
Aluminum window and door fabricators typically work with raw aluminum or aluminum alloy to create custom window and door frames, panels, and other components. These parts can include:
Frames: The structural support for windows and doors.
Sashes: The moving part of a window or door that holds the glass.
Mullions and Transoms: Horizontal or vertical bars used to divide sections of the window or door.
Panels: Glass or other materials used for the window or door surface.
Tracks and Hinges: Components used for the smooth operation of sliding doors or windows.
Key Tasks for Aluminum Window and Door Fabricators:
Cutting and Shaping: Using tools and machinery to cut aluminum profiles to the desired dimensions for the frames and other components.
Assembly: Assembling frames, sashes, and other components to form finished windows and doors.
Welding or Fastening: Joining parts using welding, screws, or other methods depending on the design requirements.
Finishing: Applying coatings or finishes to enhance durability and aesthetics, such as anodizing or powder coating.
Installation of Glass: In some cases, the fabricators also install glass panes or other materials within the aluminum frames.
Relevant Industries:
Construction: Fabricated aluminum windows and doors are essential in residential, commercial, and industrial construction projects.
Architecture and Design: Aluminum is chosen for modern, sleek, and durable window and door designs, often seen in high-rise buildings, offices, and homes.
Manufacturing: Some aluminum fabricators work directly with manufacturers who supply doors and windows for large-scale projects or buildings.
Home Improvement: Fabricators also create customized doors and windows for renovation or replacement purposes.
In summary, aluminum window and door fabricators are indeed part of the metalworking industry, contributing to the construction, architectural, and design sectors by creating key components of building facades, windows, and doors.
You said:
aluminum fabricators
ChatGPT said:
ChatGPT
Aluminum fabricators are professionals or companies that specialize in working with aluminum to create a wide range of products. This process involves cutting, shaping, welding, assembling, and finishing aluminum to meet specific design and functional requirements. Aluminum is favored in many industries because of its lightweight, corrosion-resistant, durable, and versatile properties.
Key Roles and Responsibilities of Aluminum Fabricators
Cutting and Shaping Aluminum
Fabricators cut and shape aluminum sheets, bars, and profiles to the desired size using specialized equipment, such as saws, shears, and laser cutters.
They may also bend and form aluminum using press brakes or rollers to achieve specific angles and curves.
Welding and Joining
Aluminum fabricators use various welding techniques (e.g., MIG welding, TIG welding, and Stick welding) to join pieces of aluminum together for creating custom structures, parts, or products.
They may also use riveting, bolting, or other fastening methods depending on the strength requirements.
Assembly and Finishing
Once the individual parts are fabricated, the fabricator assembles the components into a finished product. This could involve installing additional elements such as glass in windows or hardware in doors.
Surface finishing is an important part of aluminum fabrication. Techniques such as anodizing, powder coating, and brushing are used to improve durability and appearance.
Quality Control and Inspection
Aluminum fabricators are responsible for inspecting the finished products to ensure they meet strict quality standards. This includes measuring tolerances, checking the integrity of welds, and verifying the overall craftsmanship.
Common Products Created by Aluminum Fabricators
Architectural Products: Windows, doors, frames, curtain walls, and roofing systems for residential, commercial, and industrial buildings.
Automotive Parts: Chassis, body panels, and engine components for cars, trucks, and motorcycles.
Aerospace Components: Aircraft structures, fuselages, wings, and engine parts made from lightweight aluminum alloys.
Consumer Goods: Furniture, kitchenware, and various household items like shelving, ladders, and appliances.
Industrial Equipment: Machinery parts, storage tanks, ducts, heat exchangers, and other custom metal products.
Marine Products: Boat hulls, railings, and other aluminum structures used in shipbuilding.
Industries that Employ Aluminum Fabricators
Construction
Aluminum is widely used in construction for making window frames, curtain walls, roofing systems, and more. Fabricators often work on custom orders for buildings, homes, or commercial properties.
Automotive and Transportation
The automotive industry relies on aluminum for lightweight vehicle components. Fabricators create parts such as body panels, frames, and other structural elements for cars, trucks, and motorcycles.
Aerospace
Aluminum is crucial in the aerospace industry due to its light weight and strength. Fabricators produce parts for airplanes, helicopters, spacecraft, and satellites.
Marine
The marine industry uses aluminum for its boats, yachts, and other marine vehicles due to its resistance to corrosion in saltwater. Fabricators create custom parts and components like hulls and railings.
Consumer Goods
Aluminum fabricators work in the production of consumer goods such as kitchen appliances, furniture, electronics, and tools, focusing on both functional and aesthetic designs.
Industrial Manufacturing
Aluminum is used in various industrial applications like machinery parts, storage solutions, and custom products for other manufacturing processes.
Renewable Energy
Aluminum is also used in the renewable energy sector for components of solar panels, wind turbines, and other green technologies.
Key Skills and Qualifications for Aluminum Fabricators
Technical Knowledge and Training:
Fabricators typically have a background in metalworking, welding, or machining, often obtained through vocational schools, apprenticeships, or specialized training programs.
Welding and Metalworking Techniques:
Expertise in various welding techniques (e.g., TIG, MIG) and the use of metalworking tools is essential for fabricating aluminum parts.
CAD Software:
Many aluminum fabricators use Computer-Aided Design (CAD) software to create precise designs and drawings, which help in planning the fabrication process.
Blueprint Reading:
Aluminum fabricators must be able to read and interpret blueprints, technical drawings, and specifications to ensure accuracy and quality in the final product.
Attention to Detail:
Precision and attention to detail are crucial when working with aluminum, especially in industries like aerospace, automotive, and industrial manufacturing, where small deviations can affect functionality and safety.
Safety Knowledge:
Due to the nature of the work, fabricators must adhere to strict safety protocols to avoid injuries, especially when working with heavy equipment, hot metals, and hazardous materials.
Conclusion
Aluminum fabricators play an important role in numerous industries by transforming aluminum into functional, durable, and high-quality products. From creating custom architectural elements for buildings to precision parts for aerospace and automotive sectors, the demand for skilled aluminum fabricators remains high. Their expertise in welding, cutting, shaping, and finishing aluminum makes them essential to the manufacturing of everything from everyday consumer goods to complex industrial systems.
🔧Job Options, Career Opportunities, and Relevant Industries for Metal-Works Skill Track 🚀
🎯 Future Prospects
…
Welding and metal-works careers in Ghana offer diverse opportunities across various industries. Entry-level positions like welder and metal maintenance technician require basic welding and repair skills. Metal fabricators (Aluminum & Iron Alloys) and welding technicians have moderate expertise in shaping and assembling metal products. Skilled roles such as structural welders and CNC operators demand advanced knowledge of construction and machinery. Welding inspectors ensure quality control, while welding engineers design and optimize welding processes. Welding educators combine technical expertise with teaching skills.
Opportunities are abundant in construction, mining, manufacturing, and automotive sectors, with training available through vocational schools and apprenticeships. Welding and metalwork professionals are in constant demand globally due to infrastructure development, technological advancements, and the versatility of metal as a construction material. With specialized certifications, professionals can advance into high-paying roles in industries like aerospace, robotics, and underwater welding. The Metal-Works skill track offers a wide range of career paths across multiple industries. Below are the key job roles, career opportunities, and industries where these skills are in high demand:
🔧 Job Options
- Welder/Fabricator – Specializes in joining metals using welding techniques.
- Aluminum Fabricators – Specialize in shaping and assembling aluminum to create customized products.
- Structural Welder – Works on large structures like buildings, bridges, and offshore platforms.
- Pipe Welder – Focuses on welding pipes in industries like oil, gas, and water systems.
- Sheet Metal Worker – Fabricates and installs metal sheets in construction and manufacturing.
- Boilermaker – Builds and repairs boilers, tanks, and pressure vessels.
- Underwater Welder – Performs welding tasks in underwater environments (marine and oil rigs).
- Welding Inspector – Ensures welding quality meets industry standards.
- Metalwork Artist/Designer – Creates artistic structures and sculptures using metal.
- Manufacturing Technician – Works on assembly lines requiring metalwork expertise.
- Maintenance Welder – Repairs and maintains machinery and structures.
🌟 Career Opportunities
- Self-Employment/Freelancing: Start your own welding business or take freelance welding projects.
- Welding Instructor/Trainer: Teach welding techniques in technical schools or training centers.
- Welding Technician in Aerospace: Work on aircraft construction and maintenance.
- Quality Control Specialist: Oversee and inspect welding procedures and standards in factories.
- Project Supervisor/Foreman: Manage welding teams on construction and industrial projects.
- Advanced Welding Technologies Specialist: Work with robotic welding systems and automated machinery.
🏗️ Relevant Industries
- Construction: Building infrastructures like skyscrapers, bridges, and stadiums.
- Manufacturing: Fabricating metal products, machinery, and equipment.
- Oil & Gas: Constructing and maintaining pipelines and offshore rigs.
- Automotive: Building and repairing vehicle frames and components.
- Aerospace: Welding aircraft structures and ensuring safety compliance.
- Shipbuilding & Marine: Constructing and repairing ships and underwater structures.
- Energy Sector: Working on power plants, wind turbines, and renewable energy installations.
- Art & Design: Creating custom metal artworks and sculptures.
- Defense & Military: Manufacturing armored vehicles, tanks, and defense systems.
- Railways: Building and maintaining train cars, tracks, and railway structures.
Welcome to the
Institute of Professional and Entrepreneurial Studies
where we set you on your path to Welding & Metal-Works success
This course provides hands-on training in welding techniques, metal fabrication, and safety protocols. Students will learn various welding methods such as MIG, TIG, stick welding, and cutting and shaping metal. Emphasis is placed on developing precision and adherence to industry standards. Graduates will be prepared for careers in manufacturing, construction, and repair industries.
Key Sectors Hiring in Ghana:
- Construction and Infrastructure Development: As Ghana continues to expand its infrastructure, including roads, bridges, and buildings, there is an increasing demand for welders and fabricators.
- Mining and Oil & Gas: The mining industry in Ghana, particularly in gold, oil, and other mineral extraction, requires specialized welding and metalwork for machinery and equipment repairs.
- Manufacturing Industry: Many factories in Ghana that produce industrial products, such as vehicles, machinery, or consumer goods, need skilled welders for assembly lines and maintenance.
- Automotive and Engineering Firms: Companies involved in vehicle manufacturing, repairs, and engineering also require welding and metalworking expertise.
- Shipbuilding and Marine Industry: Welding technicians are often needed in shipbuilding industries for constructing and maintaining boats and ships.
Education and Training Options:
- Vocational and Technical Schools like the IPES – Institute of Professional and Entrepreneural Studies provide hands-on welding training and certification programs.
- Apprenticeship Programs offer on-the-job training, especially in traditional welding and metalwork.
- Online Courses and Certifications may also be an option for those seeking to specialize in welding inspection or advanced welding techniques.
In conclusion, welding and metal works offer diverse career options in Ghana, spanning various industries and specializations. With the right training and experience, professionals in this field can enjoy fulfilling careers in both technical and managerial roles.
Qualifications and Certification
Technical Training Institutes: Many metalworkers in Ghana gain their skills through technical schools or vocational training centers. Institutions such as the Accra Technical Training Centre (ATTC), Kumasi Technical Institute, and others affiliated with the Ghana National Board for Professional and Technical Examinations (NABPTEX) offer certification courses in welding, fabrication, and metal technology.
Professional Associations: Joining professional bodies like the Ghana National Association of Metalworkers or affiliating with industry unions can provide access to training, safety updates, and job opportunities. These organizations also promote quality standards and help members stay current with industry practices.
Salary Expectations
Metalwork salaries in Ghana can vary depending on specialization, experience, and location.
- Apprentices generally earn between GHS 500 – GHS 1,200 per month.
- Skilled metalworkers such as welders, fabricators, or machinists can earn between GHS 2,500 – GHS 8,500, especially in urban or industrial areas.
- Specialized metalworkers working in industries like construction, oil & gas, or manufacturing may earn more.
Self-employed metalworkers who operate workshops or take on contracts may earn higher incomes depending on the scale and frequency of jobs.
Opportunities
Metalworks present a wide range of career opportunities in Ghana due to growing construction, manufacturing, and industrial sectors. Common areas include:
- Welding and metal fabrication for construction and structural projects
- Gate, door, and railing production for residential and commercial buildings
- Industrial manufacturing and machine part fabrication
- Artistic metal design and sculpture work
- Self-employment and workshop ownership
As infrastructure development and industrial activity expand across the country, skilled metalworkers remain in high demand. There is also room for advancement into supervisory, quality control, or business leadership roles.
Send us a message
The theory courses of the Institute of Professional and Entrepreneurial Studies – IPES in Accra are taught in DevWorld Tech Academy’s premises and classrooms.
The courses’ practical sessions and projects are done at the various relevant factories, workshops and construction sites.
Address
DevWorld Tech Academy,
School Junction, Ashaley Bowte.
No. 31 Nmai Dzorn Papafio Hills Rd, Holy Ghost Festival Junction, Near Nmai Dzorn Curve, Accra, Ghana.
____
You can also search DevWorld Tech Academy on google maps to get directions to us.
Whatsapp Number ONLY
+233 24 552 3858
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