Automobile Engineering
Overview
Projected Job Growth
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Duration of Study
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Annual Average Salary
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Career Opportunities
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Program Description
Automobile Engineering teaches you how vehicles are designed, built, repaired and improved. You will study mathematics, physics, mechanics, engine systems, vehicle electrical/electronic systems, computer-aided design (CAD), workshop practice and basic programming for diagnostics. The program mixes classroom theory with hands-on work in workshops and labs so you can fix test and design vehicle systems. Graduates can work as vehicle technicians, automotive service engineers, design or maintenance engineers, fleet managers or continue to higher studies in mechanical, electrical or software engineering. This course opens doors to jobs in garages, transport companies, manufacturing, and growing sectors like vehicle electrification and automation, great choices for motivated SHS students who like practical problem-solving and technology.
Aims and Objectives
Develop practical skills to diagnose and repair engines, transmissions, brakes and steering systems, demonstrated in workshop assessments.
Master CAD tools to create and present at least three vehicle component drawings and 3D models.
Understand vehicle electrical and electronic systems and perform diagnostic tests with standard scanners and multimeters.
Create and test simple prototypes or repair projects, following safety rules and producing technical reports.
Apply mathematics and physics to analyze vehicle performance and complete problem-solving exercises to a defined accuracy.
Why Choose This Program?
Strong Job Demand
Automotive skills are in demand across Ghana in garages, transport fleets, mining and manufacturing—leading to quick employment.
Hands-on Learning
Large portion of practical workshop time builds real skills you can use on the job from day one.
Pathway to Higher Studies
Good foundation for degrees in Mechanical, Electrical or Software Engineering and HND/BEng paths.
Industry Connections
Opportunities for internships and apprenticeships with auto workshops, transport companies and manufacturers.
Future-ready Skills
Training includes electronics, diagnostics and basic programming—useful for EVs and vehicle automation trends.
Skills Students Will Acquire
Use AutoCAD to draw and model vehicle parts for repair layouts and simple design tasks.
Use basic code and diagnostic software (e.g., Visual Studio Code, ECU tools) to read and fix electronic faults.
Apply mathematics and physics with tools like MATLAB to analyze engine performance and vehicle dynamics.
Plan and execute repair or prototype projects using scheduling tools like Microsoft Project and workplace practices.
Write clear service reports, maintenance logs and technical drawings for compliance and communication.
Tools and Resources Students Will Use
AutoCAD
MATLAB
Microsoft Project
Challenges Students Face and Helpful Tips
Challenges
Strong mathematics and physics requirements that some students find difficult.
Balancing theory and practical learning to pass both written and workshop assessments.
Tips & Advice
Use extra lessons, form study groups and online courses (Coursera, MIT OCW) to build concepts step-by-step.
Create a study schedule that alternates practice sessions with theory review; keep a lab notebook.
Video Guide
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