The ICTQual Level 3 Diploma in Automotive Engineering is a comprehensive program designed to equip aspiring automotive professionals with the essential knowledge and skills required to excel in the dynamic automotive industry. This six-month course offers an in-depth exploration of automotive systems, engineering principles, and cutting-edge technologies, ensuring learners are well-prepared for a variety of roles in the field.

Entry Requirements

📘 ICTQual Level 3 Diploma in Automotive Engineering (60 Credits – 6 Months)

🔹 Overview

The ICTQual Level 3 Diploma in Automotive Engineering is designed to provide learners with intermediate to advanced knowledge of vehicle technology, diagnostics, and workshop practices. It builds on Level 2 fundamentals and prepares learners for specialized technical roles or further study in higher-level automotive or engineering qualifications.

This qualification balances theoretical knowledge (engineering principles, mathematics, applied sciences) with hands-on practical skills (vehicle diagnostics, servicing, repair, and use of modern automotive tools and technology).

---

🔹 Entry Requirements

To enrol, candidates should typically meet the following:

1. Educational Background
   • A minimum Level 2 qualification (e.g., GCSEs, NVQ Level 2, ICTQual Level 2 Diploma in Automotive Engineering, or equivalent).
   • Strong foundation in mathematics and science is highly recommended, as these are crucial for understanding automotive concepts.
2. Age Requirement
   • Learners must be 16 years or older.
3. Language Proficiency
   • Proficiency in English is essential for:
     • Understanding technical terminology.
     • Writing structured reports.
     • Communicating effectively in a workshop or professional setting.
4. Computer Literacy
   • Basic computer skills are advantageous, as some modules may involve:
     • Diagnostic software tools.
     • Simulation programs.
     • Technical report writing and presentations.
5. Prior Knowledge/Experience (Optional but Beneficial)
   • Experience or personal interest in automotive mechanics or engineering is helpful for grasping advanced concepts and excelling in workshop practice.

🔹 Course Structure & Units

Learners will complete mandatory units (core knowledge) and specialized units (applied practice). Example areas include:

1. Automotive Engineering Principles
   • Vehicle systems: powertrain, transmission, suspension, electrical and hybrid technologies.
   • Applied mathematics and physics in automotive systems.
2. Advanced Vehicle Diagnostics
   • Use of diagnostic software and tools.
   • Fault identification in mechanical, electrical, and electronic systems.
   • Introduction to hybrid and electric vehicle diagnostics.
3. Maintenance and Repair Techniques
   • Practical servicing procedures.
   • Engine management systems.
   • Brake, suspension, and steering system repairs.
4. Workshop Practice & Health & Safety
   • Safe handling of vehicles, tools, and workshop equipment.
   • Industry-standard health and safety regulations.
   • Environmental considerations in automotive engineering.
5. Applied Project / Practical Assessment
   • Learners complete a workshop-based project to demonstrate applied knowledge, problem-solving, and technical competence.

🔹 Learning Outcomes

By the end of the course, learners will be able to:
✅ Apply engineering principles to diagnose and repair vehicle systems.
✅ Use diagnostic tools and technology to identify and resolve faults.
✅ Perform maintenance and repair tasks to industry standards.
✅ Understand the fundamentals of hybrid and electric vehicle technologies.
✅ Work effectively in a team-based workshop environment.
✅ Communicate professionally through reports and technical documentation.

🔹 Duration & Credits

• Duration: 6 Months
• Credits: 60 (Intermediate Diploma Level)
• Mode of Study: Combination of classroom learning, simulations, and practical workshop training.

🔹 Progression Opportunities

After completing this qualification, learners can:

• Progress to ICTQual Level 4 and 5 Diplomas in Automotive Engineering or Mechanical Engineering.
• Enter employment as:
  • Automotive Technician / Diagnostic Technician
  • Workshop Supervisor
  • Service & Maintenance Engineer
• Pursue specialized training in hybrid and electric vehicles.

Study Units

ICTQual Level 3 Diploma in Automotive Engineering (60 Credits – 6 Months)

🔹 Qualification Structure

This qualification is made up of 6 mandatory units. Each unit is designed to provide both theoretical knowledge and hands-on practical skills that are essential for working in the automotive industry.

🔹 Mandatory Units

1. Vehicle Systems and Technology

• Overview of vehicle design and structure.
• Study of powertrain, transmission, braking, suspension, and steering systems.
• Understanding modern automotive technologies, including hybrid and electric vehicles.
• Practical sessions: identifying components and learning system integration.

2. Automotive Electrical Systems

• Fundamentals of automotive electrics and electronics.
• Batteries, charging systems, alternators, ignition systems, and wiring diagrams.
• Use of multimeters and electrical testing tools.
• Practical diagnostics of common faults in lighting, sensors, and onboard electronics.

3. Engine Technology and Diagnostics

• Principles of internal combustion engines (petrol and diesel).
• Engine components: pistons, crankshaft, camshaft, valves, lubrication, and cooling.
• Engine management systems and fuel injection technology.
• Diagnostics using OBD (On-Board Diagnostics) systems and scanners.

4. Vehicle Maintenance and Repair

• Routine servicing procedures.
• Checking and replacing filters, lubricants, spark plugs, and fluids.
• Brake servicing, suspension checks, and wheel alignment.
• Hands-on practice in carrying out preventive and corrective maintenance.

5. Automotive Diagnostics and Fault Finding

• Systematic approach to fault identification.
• Use of diagnostic equipment, software, and computerized testing tools.
• Troubleshooting mechanical, electrical, and electronic faults.
• Case studies and workshop practice to resolve real-life vehicle issues.

6. Health and Safety in Automotive Engineering

• Workplace safety and industry-standard regulations.
• Safe use of tools, lifting equipment, and chemicals.
• Risk assessments and hazard identification in a workshop.
• Environmental considerations: safe disposal of oils, parts, and batteries.

🔹 Learning Outcome

By completing all 6 units, learners will:
✅ Gain solid knowledge of vehicle systems and technologies.
✅ Develop advanced skills in diagnosing and repairing automotive faults.
✅ Apply safe and efficient maintenance practices.
✅ Be competent in using modern diagnostic software and tools.
✅ Understand the importance of workplace health, safety, and environmental practices.

🔹 Assessment

• Practical assessments in a workshop environment.
• Written assignments and projects to test understanding of theory.
• Diagnostic case studies to demonstrate problem-solving skills.

🔹 Career Pathways

This qualification prepares learners for roles such as:

• Automotive Technician / Mechanic
• Diagnostic Technician
• Workshop Supervisor
• Maintenance Engineer

It also provides progression to higher-level diplomas in Automotive or Mechanical Engineering (Level 4/5).

Learing Outcomes

Below are the learning outcomes for each of the study units in the ICTQual Level 3 Diploma in Automotive Engineering program:

Unit 1: Vehicle Systems and Technology

• Understand the core components and functions of vehicle systems, including engine, transmission, steering, suspension, and braking systems.
• Demonstrate the ability to assess and diagnose faults in these systems.
• Apply maintenance techniques to ensure optimal functioning of vehicle systems.
• Evaluate the integration and interaction of different systems within a vehicle.

Unit 2: Automotive Electrical Systems

• Identify key automotive electrical components such as batteries, alternators, and ignition systems.
• Diagnose and repair electrical faults in automotive circuits and systems.
• Understand and apply safety procedures when working with electrical systems in vehicles.
• Demonstrate the ability to use diagnostic tools for electrical system analysis.

Unit 3: Engine Technology and Diagnostics

• Understand the principles of internal combustion engine operation and construction.
• Diagnose engine performance issues using appropriate diagnostic equipment and techniques.
• Perform engine repairs and maintenance tasks effectively and efficiently.
• Assess engine efficiency and propose solutions for enhancing performance.

Unit 4: Vehicle Maintenance and Repair

• Carry out routine vehicle maintenance tasks, including oil changes, tire rotations, and brake system inspections.
• Identify common issues in vehicle systems and apply appropriate repair techniques.
• Ensure that vehicles meet safety and performance standards through regular servicing.
• Understand the importance of preventative maintenance and its impact on vehicle longevity.

Unit 5: Automotive Diagnostics and Fault Finding

• Master the use of diagnostic tools to identify and resolve mechanical, electrical, and system-related faults in vehicles.
• Develop troubleshooting skills for complex automotive issues, ensuring quick and accurate fault resolution.
• Analyze diagnostic data and recommend corrective measures for vehicle repairs.
• Understand and apply diagnostic techniques in both manual and computerized vehicle systems.

Unit 6: Health and Safety in Automotive Engineering

• Understand the importance of health and safety regulations within automotive workshops and repair facilities.
• Apply safety protocols when working with tools, equipment, and hazardous materials.
• Identify potential safety risks and implement measures to prevent accidents and injuries.
• Demonstrate knowledge of proper waste disposal and environmental considerations in automotive engineering.