ICTQual AB

ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance

The ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance is a senior-level, three-year programme (360 credits) designed to prepare learners for the rapidly evolving automotive industry. It combines theory, hands-on skills, diagnostics, and emerging technologies to give students foundational and advanced knowledge in vehicle systems, maintenance, repair, engineering design, and cutting-edge developments like electric & autonomous vehicles. The qualification is especially suited for individuals who aim to work in workshops, maintenance depots, automotive service centers, manufacturers, or to move into supervisory or technical leadership roles.

Official Accreditors

Overview

  • Level & Credit Value: Level 6, 360 credits over three years.

  • Duration: Three years, with coursework, practical work, applied diagnostics, project work, and a capstone.

  • Delivery: A mix of theoretical classes, workshop/practical training, diagnostics labs, project-based learning, case studies. Includes exposure to electric/hybrid technologies and future vehicle systems

Entry requirements

To enter this diploma, candidates typically need:

  • A relevant Level 5 qualification (or equivalent) in automotive engineering, mechanical engineering, technology, or a related technical/engineering field.

  • Strong foundation in mathematics and physics. These are important because many units rely on engineering math, thermodynamics, mechanics etc.

  • Alternatively, candidates with significant relevant work experience may be considered (for example, in maintenance, repair, diagnostics). The institute may assess prior learning or experience to see if parts of the programme can be credited/exempted.

  • Minimum age requirement (often 18 for full level programmes) depending on the centre.

  • English language proficiency (reading, writing) especially if the medium of instruction is English, to ensure understanding of technical concepts, report writing, etc. While not always spelled out, this is common practice.

Mandatory units

The programme is structured into 36 mandatory units spread over three years. These units build from foundations, through advanced systems, to strategic, innovative, and management aspects. Here are representative study units by year:

Year 1 – Foundation and Core Automotive Systems

  1. Introduction to Automotive Technology
  2. Vehicle Mechanics Fundamentals
  3. Engine Systems and Components
  4. Transmission and Drivetrain Systems
  5. Automotive Electrical Systems
  6. Braking and Suspension Systems
  7. Vehicle Diagnostics and Troubleshooting
  8. Automotive Materials and Manufacturing Processes
  9. Workshop Safety and Health Practices
  10. Introduction to Vehicle Maintenance
  11. Automotive Tools and Equipment
  12. Basic Automotive Project Work

Year 2 – Advanced Systems and Maintenance Techniques

  1. Advanced Engine Diagnostics
  2. Hybrid and Electric Vehicle Systems
  3. Vehicle Electronics and Control Systems
  4. Fuel Systems and Emission Control
  5. Steering and Suspension Advanced Systems
  6. Brake Systems – Advanced Principles
  7. HVAC Systems and Climate Control
  8. Automotive Testing and Quality Assurance
  9. Vehicle Maintenance Planning and Scheduling
  10. Advanced Workshop Practices and Safety
  11. Automotive Technical Documentation
  12. Applied Practical Automotive Project

Year 3 – Strategic Management and Industry Applications

  1. Fleet Management and Vehicle Operations
  2. Advanced Vehicle Diagnostics and Troubleshooting
  3. Automotive Project Management
  4. Sustainability and Environmental Practices in Automotive Industry
  5. Automotive Legislation, Compliance, and Standards
  6. Automotive Supply Chain and Parts Management
  7. Innovation in Automotive Technology
  8. Vehicle Inspection and Quality Control
  9. Customer Service and Workshop Management
  10. Advanced Automotive Repair Techniques
  11. Research Methodology in Automotive Technology
  12. Capstone Project in Automotive Technology & Maintenance
 

Learning Outcomes

By the end of this diploma, learners are expected to:

  • Gain deep understanding of automotive systems (engine, transmission, chassis, electronics, suspension etc.) and how they integrate.

  • Be able to diagnose faults, maintain, repair, troubleshoot complex vehicle systems using both manual and electronic diagnostic tools.

  • Understand and apply principles of electric/hybrid vehicle technologies and emerging automotive technologies (autonomous systems, future propulsion, etc.)

  • Apply design, prototyping, performance testing, quality assurance, and regulatory compliance in both traditional and evolving automotive contexts.

  • Incorporate sustainability, environmental management, safety, and emerging norms/standards into automotive design, manufacturing and maintenance.

  • Develop project management, business, leadership, research, and innovation skills—to be able to manage automotive projects, lead teams, respond to changing industry requirements.

Course Benefits

Some of the major benefits of taking this diploma include:

  • Comprehensive Technical & Practical Skillset: You won’t just learn theory — there’s a strong emphasis on hands-on diagnostics, workshop practice, real-world maintenance, etc.

  • Future-Ready Technologies: Training includes hybrid & electric vehicles, autonomous/future vehicle technologies, which are increasingly in demand.

  • Career Versatility: Graduates can enter automotive repair/maintenance, diagnostics, manufacturing, R&D, fleet maintenance, service management etc.

  • Leadership & Management Opportunities: Because course includes business, project management, quality control, regulatory compliance, graduates can move into supervisory or managerial roles.

  • Recognition: Being Level 6 with 360 credits gives strong academic / professional cred. It can often be recognized by employers and institutions offering higher credentials.

Future Progression & Qualification Routes

After completing this diploma, possible next steps include:

  • Advanced / Specialized Employment: Positions such as Senior Automotive Technician, Diagnostics Specialist, EV/HV Technician, Workshop Manager, Fleet Maintenance Manager, or roles in R&D.

  • Further Academic Study: Transition into bachelor’s or master’s degree programmes in automotive engineering, mechanical engineering, vehicle technology, or related fields. Credits from this diploma may be accepted in some institutions.

  • Professional Certifications: Certifications in specific domains such as EV battery systems, autonomous vehicle systems, diagnostic tools, safety/regulatory compliance standards.

  • Consultancy, Business & Entrepreneurship: With business & marketing units, some graduates may start services / ventures in automotive servicing, specializing in green/electric vehicles, fleet management etc.

  • Recognition of Prior Learning / Experienced Candidate Routes: For those with years of experience, there may be a route to have experience & skills assessed to reduce study load or qualify directly. This gives flexibility.

Qualification Route

There are essentially two main pathways:

  1. Full Training Route: For learners with the required entry qualifications and less (or no) prior experience. They complete all 36 units over three years, fulfilling both theoretical and practical requirements.

  2. Experienced / Competent Candidate Route (RPL / Prior Learning Recognition): For learners who have substantial relevant experience in automotive maintenance / technology. They may undergo an assessment to see if some units can be credited or exempted, possibly reducing the time needed. Centres offering the qualification usually evaluate evidence of experience, portfolios, possibly interviews or skills gap assessments.

The ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance is a powerful qualification for those looking to build or advance careers in the automotive sector. It gives a strong foundation in engineering principles, then builds up through advanced systems (electrical, diagnostics, hybrid/electric, controls), management, innovation, and emerging technologies. Whether you aim to work as a technician, move into management, or specialize in new EV/autonomous vehicle fields, this diploma opens many doors.

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