ICTQual Level 5 Diploma

Automotive Engineering 240 Credits – Two Years

Awarding Body

ICTQual AB

Credits

240 Credits

Course

Automotive Engineering

study mode

Online Learning

Course overview

The ICTQual Level 5 Diploma in Automotive Engineering (240 Credits – Two Years) is an advanced programme designed for learners seeking in-depth technical expertise and practical skills in the automotive industry. Over two years, the course covers complex topics such as advanced vehicle systems, engine and transmission technologies, automotive electronics, diagnostics, performance optimization, and emerging automotive technologies. Learners gain a thorough understanding of mechanical, electrical, and electronic vehicle systems, preparing them for senior technical roles or progression to specialized automotive and engineering studies.

The programme blends rigorous theoretical study with extensive practical training to build professional competence. Core modules include advanced vehicle inspection, engine and transmission servicing, fault diagnosis and repair, electrical and electronic systems troubleshooting, performance testing, and adherence to industry safety and quality standards. Learners engage in hands-on workshops, simulated real-world scenarios, and project-based exercises to apply their knowledge, strengthen analytical and problem-solving skills, and gain confidence in handling modern automotive technologies.

This qualification is ideal for school leavers, automotive apprentices, or professionals seeking career advancement. Graduates can pursue senior roles such as Senior Automotive Technician, Vehicle Maintenance Engineer, Workshop Supervisor, or Service Support Specialist. The course also provides a pathway to higher-level diplomas, technical certifications, or degree programmes, equipping learners with the advanced skills and knowledge needed for leadership and career growth in modern automotive workshops and service environments.

ICTQual AB

Approved Training centre of ICTQual AB

Centre # : ATC24001

Entry Requirments

Entry Requirements for the ICTQual Level 5 Diploma in Automotive Engineering 240 Credits – Two Years:

  • Educational Qualifications:A Level 4 Diploma in Automotive Engineering or an equivalent qualification in automotive or mechanical engineering.
  • Professional Experience:Practical experience in vehicle maintenance, workshops, or automotive technical roles is recommended but not mandatory.
  • English Language Proficiency:Since the program is delivered in English, learners must show competence in reading, writing, and communication.

Course structure

ICTQual Level 5 Diploma in Automotive Engineering 240 Credits – Two Years in Personal Protective Equipment qualification consists of 24 mandatory units.

Year 1 – Foundation and Core Skills

  • Introduction to Automotive Engineering
  • Fundamentals of Vehicle Mechanics
  • Electrical and Electronic Systems in Vehicles
  • Engineering Mathematics for Automotive Applications
  • Materials and Manufacturing Processes
  • Vehicle Dynamics and Control
  • Thermodynamics and Heat Transfer in Automobiles
  • Hydraulics and Pneumatics in Automotive Systems
  • Health and Safety in Automotive Engineering
  • Professional Skills and Communication
  • Introduction to Vehicle Diagnostics
  • Sustainable Practices in Automotive Engineering

Year 2 – Advanced Concepts and Specialization

  • Advanced Vehicle Diagnostics and Troubleshooting
  • Hybrid and Electric Vehicle Technology
  • Autonomous Vehicle Systems
  • Advanced Manufacturing Technologies
  • Powertrain Design and Analysis
  • Aerodynamics in Automotive Design
  • Embedded Systems in Vehicles
  • Automotive Project Management
  • Quality Control and Testing
  • Environmental Regulations and Standards
  • Final Project – Automotive Engineering Innovation
  • Industrial Placement (Internship)

What You Will Gain

Year 1 – Foundation and Core Skills

1. Introduction to Automotive Engineering

  • Understand the history, structure, and technological advancements in the automotive industry.
  • Identify key components and systems of modern vehicles.

2. Fundamentals of Vehicle Mechanics

  • Apply basic mechanical principles to automotive systems.
  • Analyze the functioning of engines, transmissions, and suspension systems.

3. Electrical and Electronic Systems in Vehicles

  • Understand the operation of electrical circuits and electronic components in vehicles.
  • Diagnose basic issues in automotive electrical systems.

4. Engineering Mathematics for Automotive Applications

  • Apply mathematical principles to solve engineering problems.
  • Use algebra, calculus, and statistics in automotive applications.

5. Materials and Manufacturing Processes

  • Evaluate materials used in vehicle manufacturing based on properties and performance.
  • Understand manufacturing processes and their impact on vehicle quality.

6. Vehicle Dynamics and Control

  • Analyze vehicle stability, handling, and control under various conditions.
  • Apply principles of dynamics to improve vehicle performance.

7. Thermodynamics and Heat Transfer in Automobiles

  • Understand thermodynamic principles in engine operation.
  • Analyze heat transfer processes in cooling and HVAC systems.

8. Hydraulics and Pneumatics in Automotive Systems

  • Explain the principles of hydraulics and pneumatics in braking and suspension systems.
  • Apply knowledge to diagnose and maintain hydraulic and pneumatic components.

9. Health and Safety in Automotive Engineering

  • Implement health, safety, and environmental regulations in automotive engineering.
  • Identify risks and promote safe practices in workshop environments.

10. Professional Skills and Communication

  • Develop effective communication and teamwork skills for engineering environments.
  • Prepare technical reports and presentations relevant to automotive engineering.

11. Introduction to Vehicle Diagnostics

  • Utilize basic diagnostic tools to identify common vehicle faults.
  • Interpret diagnostic data to recommend solutions.

12. Sustainable Practices in Automotive Engineering

  • Understand the environmental impact of automotive engineering.
  • Propose sustainable solutions in vehicle design and manufacturing.

Year 2 – Advanced Concepts and Specialization

1. Advanced Vehicle Diagnostics and Troubleshooting

  • Use advanced diagnostic tools and techniques to address complex vehicle issues.
  • Interpret and analyze data from diagnostic systems for troubleshooting.

2. Hybrid and Electric Vehicle Technology

  • Understand the principles of hybrid and electric vehicle operation.
  • Evaluate components such as batteries, inverters, and electric motors.

3. Autonomous Vehicle Systems

  • Analyze the design and functionality of autonomous driving systems.
  • Understand the integration of sensors, AI, and control systems.

4. Advanced Manufacturing Technologies

  • Explore modern manufacturing techniques such as robotics and 3D printing.
  • Assess the impact of advanced technologies on automotive production.

5. Powertrain Design and Analysis

  • Design and analyze powertrain systems for performance and efficiency.
  • Evaluate emerging trends such as electric and hydrogen-powered systems.

6. Aerodynamics in Automotive Design

  • Apply aerodynamic principles to improve vehicle efficiency and performance.
  • Analyze drag, lift, and airflow using computational tools.

7. Embedded Systems in Vehicles

  • Understand the role of embedded systems in vehicle control and automation.
  • Design and test basic embedded systems for automotive applications.

8. Automotive Project Management

  • Apply project management principles to automotive engineering projects.
  • Plan, execute, and evaluate projects within budget and time constraints.

9. Quality Control and Testing

  • Understand quality assurance processes in automotive manufacturing.
  • Perform testing procedures to ensure compliance with standards.

10. Environmental Regulations and Standards

  • Interpret and apply environmental regulations in vehicle production and design.
  • Evaluate strategies to meet global emission standards.

11. Final Project – Automotive Engineering Innovation

  • Develop an innovative solution to an automotive engineering challenge.
  • Demonstrate creativity, problem-solving, and technical expertise in the project.

12. Industrial Placement (Internship)

  • Gain hands-on experience in a professional automotive environment.
  • Apply theoretical knowledge to real-world challenges and enhance employability skills.

Want to know more?

The course runs for two years and carries 240 credits, combining theoretical lessons, hands-on practical training, and project-based learning.

Graduates can pursue senior roles such as Senior Automotive Technician, Vehicle Maintenance Engineer, Workshop Supervisor, Service Support Specialist, or Technical Consultant in the automotive industry.

Yes, the programme includes workshops, engine and transmission servicing, diagnostics, troubleshooting of electrical and electronic systems, and simulated real-world automotive scenarios.

Learners will develop advanced skills in vehicle maintenance, diagnostics, engine and transmission repair, automotive electronics, performance optimization, safety compliance, and problem-solving.

Yes, learners can advance to Level 6 diplomas, specialized automotive engineering programmes, or degree-level studies in mechanical and automotive engineering.

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