Mechanical Engineering (Manufacturing)
Overview
Job Growth
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Duration
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Avg. Salary
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Program Description
Mechanical Engineering (Manufacturing) teaches you how to design, make, and keep machines and products working. You will study manufacturing processes, materials science, machine design, computer-aided design (CAD), basic programming, mathematics and physics, and quality control. The program combines classroom theory with hands-on workshops so you learn to draw parts, use tools, and set up simple automated systems. Graduates can work as mechanical or manufacturing engineers, CAD technicians, production supervisors, maintenance engineers, or pursue further study in engineering and technology. This program prepares you for practical jobs in factories, construction, agro-processing, and emerging automation roles in Ghana and beyond, while building strong problem-solving and technical skills.
Aims & Objectives
Develop the ability to create and interpret engineering drawings using CAD software, producing complete part and assembly drawings.
Master common manufacturing processes and select suitable materials for at least five typical components.
Understand and apply basic machine design and mathematical models to analyze forces, motion, and fits in mechanical parts.
Create and test simple automated or CNC setups, demonstrating basic programming and process planning.
Apply quality control and measurement techniques to inspect manufactured parts to specified tolerances.
Why Choose This Program?
Strong practical training
Hands-on workshops and projects let you apply classroom theory to real parts and machines, preparing you for work in workshops and factories.
Good job prospects
Manufacturing and maintenance skills are in demand across Ghana in construction, agro-processing, light industry, and emerging automation roles.
Pathways to higher study and certifications
Completing this program gives you a solid base for university engineering degrees, technical diplomas, and industry certifications in CAD and CNC.
Industry-relevant skills
You learn CAD, production planning, and quality control that employers value, and you can access internships or placements with local workshops and factories.
Skills & Tools
Skills You'll Develop
Use tools like SolidWorks or AutoCAD to create part and assembly drawings, technical documentation, and engineering layouts.
Program and simulate basic CNC operations, translate CAD models into toolpaths, and plan machining operations for production.
Choose appropriate metals and polymers, and apply processes such as machining, welding, casting and forming for producing parts.
Use measuring tools and inspection methods to check tolerances, surface finish, and part conformity to specifications.
Tools & Resources
SolidWorks or AutoCAD
Fusion 360 or other CAD/CAM packages
Basic MATLAB or spreadsheet tools for analysis
Challenges & Tips
Challenges
Difficult mathematics and physics concepts
Tips & Advice
Build fundamentals early, use extra practice problems, join study groups, and ask teachers for focused help.
Video Guide
Frequently Asked Questions
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