Certificate in Automotive Engine Technology

The Certificate in Automotive Engine Technology is designed to provide learners with practical knowledge and technical skills required to understand, inspect, service, maintain, and troubleshoot modern automotive engines. The program covers engine construction, operating principles, combustion, fuel and air systems, lubrication, cooling, ignition, exhaust, engine management, and basic diagnostic procedures. Learners will develop a strong foundation in engine servicing and maintenance, with practical knowledge applicable to automotive workshops, service centres, garages, and vehicle maintenance operations.

Skills Covered

• Fundamentals and operating principles of automotive engines

• Four-stroke engine operating cycle

• Engine construction and major components

• Cylinder block, cylinder head, pistons, connecting rods, and crankshaft

• Camshaft, valves, timing systems, and valve operation

• Engine combustion principles

• Petrol and diesel engine fundamentals

• Fuel delivery and fuel injection systems

• Air intake and air filtration systems

• Throttle and engine air-control systems

• Turbocharging and forced-induction fundamentals

• Engine lubrication systems and oil management

• Engine cooling systems and temperature control

• Ignition system fundamentals for petrol engines

• Starting and charging system fundamentals

• Exhaust and emission-control systems

• Engine sensors and electronic engine management

• Engine inspection and condition assessment

• Basic engine performance testing

• Identification of common engine faults and symptoms

• Basic engine diagnostics and troubleshooting

• Routine engine servicing and preventive maintenance

• Use of basic automotive engine tools and diagnostic equipment

• Workshop safety and engine service procedures

• Engine service documentation and maintenance records

Why Join This Program?

• Gain comprehensive foundational knowledge of automotive engine technology.

• Understand how major engine components work together to produce power.

• Develop practical skills in engine inspection, servicing, and maintenance.

• Learn the differences between petrol and diesel engine systems.

• Understand fuel, air, lubrication, cooling, ignition, and exhaust systems.

• Develop skills for identifying common engine faults and performance issues.

• Learn basic engine diagnostic and troubleshooting procedures.

• Build familiarity with automotive engine service tools and diagnostic equipment.

• Understand the importance of preventive engine maintenance.

• Develop knowledge applicable to modern electronically controlled vehicle engines.

• Prepare for opportunities in automotive workshops, dealerships, garages, service centres, and vehicle maintenance operations.

Course Objective

The objective of this program is to develop learners' practical knowledge and technical abilities in automotive engine technology, servicing, maintenance, and basic diagnostics. Learners will gain an understanding of engine construction, combustion, fuel and air systems, lubrication, cooling, ignition, exhaust, electronic engine management, and performance testing. The program aims to prepare learners to perform routine engine inspection and maintenance activities safely and apply systematic troubleshooting methods to common engine problems.

Learning Outcomes

Upon successful completion of the program, learners will be able to:

• Explain the fundamental principles and operating cycles of automotive engines.

• Identify major engine components and describe their functions.

• Explain the operation of pistons, connecting rods, crankshafts, camshafts, valves, and timing systems.

• Understand the basic principles of petrol and diesel engine operation.

• Explain the role of fuel delivery and injection systems in engine performance.

• Inspect basic air intake and filtration systems.

• Explain the operation and purpose of turbocharging systems.

• Inspect and maintain basic engine lubrication systems.

• Understand engine cooling principles and identify common cooling-related issues.

• Explain the basic operation of petrol engine ignition systems.

• Understand the functions of engine starting and charging systems.

• Explain the purpose of exhaust and emission-control systems.

• Identify common engine sensors and understand their role in electronic engine management.

• Perform basic engine inspection and condition-assessment procedures.

• Identify common symptoms such as poor starting, overheating, unusual noise, excessive smoke, and reduced engine performance.

• Perform basic engine diagnostic and troubleshooting procedures.

• Carry out routine engine servicing and preventive maintenance activities.

• Use basic engine service tools and diagnostic equipment safely.

• Follow appropriate workshop safety procedures during engine servicing.

• Maintain basic engine inspection, service, and maintenance records.

• Apply systematic maintenance and troubleshooting practices to support reliable engine operation.