Applied Technology (Automotive and Mechanical)
Overview
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Program Description
Applied Technology (Automotive and Mechanical) teaches students how to design, build, diagnose, and maintain mechanical and vehicle systems. You will study mechanical principles, automotive systems, workshop practice, electrical systems, computer-aided design, mathematics, and safety. The program combines classroom theory with hands-on workshops so you learn to use tools, make technical drawings, and fix real machines. Career paths include automotive technician, mechanical technician, maintenance engineer, mechanical designer, and pathways to higher study in engineering and technical diplomas. This program is ideal for students who like practical problem solving, working with machines, and building things. With dedication, you can start a technical job after SHS or continue to become a professional engineer or technician.
Aims & Objectives
Develop practical skills to diagnose and repair common automotive systems with measurable competence in workshop tasks.
Master basic Computer-Aided Design to produce accurate technical drawings and simple fabrication drawings.
Understand core mechanical and electrical principles and apply them to solve real-world maintenance and design problems.
Create and test simple mechanical prototypes or repair solutions following safety and technical documentation standards.
Why Choose This Program?
High demand for technicians
Ghana has steady need for skilled automotive and mechanical technicians in garages, factories, mining, and infrastructure maintenance.
Hands-on learning
Strong workshop focus gives you practical experience that employers value, enabling immediate entry into technical jobs.
Pathways to further study
Clear progression to technical diplomas, HNDs, and engineering degrees for students who want higher qualifications.
Industry connections and internships
Opportunities for workplace attachments with local garages, manufacturing plants, and service centers to build experience.
Skills & Tools
Skills You'll Develop
Use AutoCAD or SolidWorks to create technical drawings and 3D models for parts and assemblies.
Diagnose mechanical and electrical faults using systematic testing and OBD-II diagnostic tools and procedures.
Operate lathes, drill presses, and hand tools to shape, assemble, and repair mechanical components.
Apply measurement techniques and basic calculations to size parts, calculate forces, and check tolerances.
Tools & Resources
AutoCAD or SolidWorks (CAD software)
Engine diagnostic software (OBD tools)
CAM or basic machining software
Arduino IDE for basic embedded controls
Challenges & Tips
Challenges
Difficulty with mathematics and physics concepts
Understanding technical drawing standards
Tips & Advice
Practice problem sets regularly, use visual examples from the workshop, and join peer study groups.
Spend extra time in the CAD lab copying real drawings and follow simple templates before creating your own.
Video Guide
Frequently Asked Questions
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