ICTQual Level 6 Diploma

Automotive Engineering 360 Credits – Three Years

Awarding Body

ICTQual AB

Credits

360 Credits

Course

Automotive Engineering

study mode

Online Learning

Course overview

The ICTQual Level 6 Diploma in Automotive Engineering (360 Credits – Three Years) is a highly advanced programme designed for learners aiming to achieve expert-level technical knowledge and practical skills in the automotive industry. Over three years, the course covers comprehensive topics such as advanced vehicle systems, engine and transmission technologies, automotive electronics, diagnostics, performance optimization, hybrid and electric vehicle technologies, and emerging automotive innovations. Learners develop a thorough understanding of mechanical, electrical, and electronic vehicle systems, preparing them for senior technical, managerial, or specialized roles in automotive engineering.

The programme combines in-depth theoretical study with extensive practical training, research, and project-based learning. Key modules include advanced vehicle inspection, engine and transmission maintenance, fault diagnosis and repair, electrical and electronic systems troubleshooting, performance evaluation, and adherence to industry safety and quality standards. Learners participate in hands-on workshops, simulated real-world scenarios, and technical research projects to apply knowledge, enhance problem-solving skills, and gain confidence in working with modern automotive technologies. Emphasis is placed on leadership, analytical thinking, innovation, and professional practice.

This qualification is ideal for school leavers, apprentices, or professionals seeking senior-level career advancement in the automotive industry. Graduates can pursue roles such as Lead Automotive Technician, Vehicle Systems Engineer, Workshop Manager, or Technical Consultant. The course also provides pathways to higher-level diplomas, professional certifications, or degree programmes, equipping learners with the skills and expertise needed for leadership and career growth in advanced automotive engineering environments.

ICTQual AB

Approved Training centre of ICTQual AB

Centre # : ATC24001

Entry Requirments

Entry Requirements for the ICTQual Level 6 Diploma in Automotive Engineering 360 Credits – Three Years:

  • Educational Qualifications:A Level 5 Diploma in Automotive Engineering or an equivalent advanced qualification in automotive or mechanical engineering.
  • Professional Experience:Relevant work experience in vehicle maintenance, workshops, or automotive technical roles is recommended but not mandatory for entry.
  • English Language Proficiency:Since the program is delivered in English, learners must show competence in reading, writing, and communication.

Course structure

ICTQual Level 6 Diploma in Automotive Engineering 360 Credits – Three Years in Personal Protective Equipment qualification consists of 36 mandatory units.

Year 1: Foundation and Core Engineering Principles

  1. Introduction to Automotive Engineering
  2. Mathematics for Automotive Engineering
  3. Physics for Automotive Engineering
  4. Mechanical Engineering Principles
  5. Automotive Systems and Technology
  6. Electrical and Electronic Systems in Vehicles
  7. Engineering Materials for Automotive Design
  8. Vehicle Chassis and Suspension Systems
  9. Introduction to Vehicle Diagnostics
  10. Manufacturing Processes for Automotive Engineering
  11. Automotive Environmental Issues
  12. Health, Safety, and Environmental Management

Year 2: Advanced Automotive Technologies and Systems

  1. Advanced Engine Technologies
  2. Vehicle Dynamics and Handling
  3. Advanced Automotive Electronics
  4. Transmission and Powertrain Systems
  5. Vehicle HVAC Systems
  6. Vehicle Safety Systems
  7. Hybrid and Electric Vehicle Technologies
  8. Automotive Aerodynamics
  9. Automotive Materials Engineering
  10. Vehicle Assembly and Production Techniques
  11. Automotive Diagnostics and Troubleshooting
  12. Vehicle Testing and Performance Evaluation

Year 3: Industry Applications, Management, and Innovation

  1. Advanced Vehicle Design and Prototyping
  2. Automotive Control Systems
  3. Automotive Quality Control and Assurance
  4. Sustainability in Automotive Engineering
  5. Automotive Project Management
  6. Automotive Research and Development
  7. Vehicle Electromagnetic Compatibility
  8. Automotive Business and Marketing
  9. Autonomous Vehicles and Future Technologies
  10. Vehicle Fleet Management and Operations
  11. Automotive Regulatory Compliance and Standards
  12. Capstone Project in Automotive Engineering

What You Will Gain

Year 1: Foundation and Core Engineering Principles

  1. Comprehend Foundational Concepts: Demonstrate understanding of the principles of automotive engineering, including mathematics, physics, and mechanical engineering applications.
  2. Analyze Automotive Systems: Explain the fundamentals of automotive systems and technologies, including chassis, suspension, electrical, and electronic systems.
  3. Apply Engineering Materials Knowledge: Identify and evaluate engineering materials used in automotive design and manufacturing.
  4. Understand Vehicle Diagnostics: Introduce diagnostic tools and techniques to assess basic vehicle performance and troubleshoot issues.
  5. Recognize Environmental Impacts: Evaluate environmental issues and sustainable practices in automotive engineering.
  6. Practice Safety Management: Implement health, safety, and environmental management protocols in engineering practices.

Year 2: Advanced Automotive Technologies and Systems

  1. Develop Expertise in Advanced Systems: Analyze and apply advanced concepts of vehicle dynamics, engine technologies, and powertrain systems.
  2. Implement Modern Electronics: Use advanced automotive electronics to understand vehicle safety systems, HVAC systems, and hybrid/electric vehicle technologies.
  3. Enhance Design Understanding: Apply knowledge of automotive aerodynamics and materials engineering to optimize vehicle performance.
  4. Diagnose and Troubleshoot: Employ diagnostic techniques and tools to address complex automotive issues.
  5. Evaluate Vehicle Performance: Conduct thorough vehicle testing and performance evaluations, including troubleshooting and repair.
  6. Understand Manufacturing Techniques: Master vehicle assembly and production techniques with a focus on quality and efficiency.

Year 3: Industry Applications, Management, and Innovation

  1. Design and Prototype Vehicles: Develop advanced vehicle designs and prototypes using innovative technologies.
  2. Master Control Systems: Apply advanced knowledge of automotive control systems and quality assurance practices.
  3. Incorporate Sustainability: Integrate sustainable engineering principles and practices into automotive projects.
  4. Lead Projects Effectively: Demonstrate proficiency in project management for automotive engineering projects.
  5. Engage in Research and Development: Conduct automotive research and development, focusing on innovative solutions for industry challenges.
  6. Understand Regulatory Compliance: Navigate regulatory standards and ensure compliance in automotive engineering practices.
  7. Explore Emerging Technologies: Evaluate and apply knowledge of autonomous vehicles, electromagnetic compatibility, and future automotive technologies.
  8. Develop Business Acumen: Analyze automotive business and marketing strategies while managing vehicle fleet operations.
  9. Complete Capstone Project: Solve complex engineering challenges by undertaking a capstone project that integrates theoretical and practical knowledge.

Want to know more?

The course runs for three years and carries 360 credits, combining theoretical study, hands-on practical training, and project-based learning.

Graduates can pursue senior roles such as Lead Automotive Technician, Vehicle Systems Engineer, Workshop Manager, Technical Consultant, or Automotive Project Supervisor.

Yes, learners can advance to professional certifications, specialized automotive engineering programmes, or degree-level studies in mechanical and automotive engineering.

Learners develop advanced skills in vehicle maintenance, diagnostics, engine and transmission repair, automotive electronics, hybrid and electric vehicle systems, performance optimization, problem-solving, and leadership.

It is ideal for learners with prior Level 5 knowledge or practical experience who are seeking senior technical, managerial, or consultancy roles in the automotive industry.

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