In today’s fast-evolving automotive industry, skilled professionals with advanced technical knowledge and practical expertise are in high demand. The ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance equips learners with the competencies required to excel in vehicle engineering, maintenance, diagnostics, and automotive innovation. This program bridges theoretical understanding with hands-on practice, preparing graduates for careers in modern automotive workshops, manufacturing plants, research and development, and vehicle service management.
Designed for both fresh learners and experienced professionals, ICTQual ABLevel 6 International Diploma in Automotive Technology & Maintenance spans 360 credits, covering a wide range of topics including automotive systems, engine diagnostics, electrical and electronic vehicle components, maintenance strategies, safety regulations, and emerging automotive technologies. Learners gain practical experience through workshops, simulations, and project-based assignments, enabling them to apply advanced techniques to real-world automotive challenges.
Upon completion, graduates will possess a thorough understanding of vehicle engineering principles, maintenance protocols, and innovative technologies in the automotive sector. They will be capable of conducting diagnostics, managing repair processes, implementing safety standards, and contributing to efficiency improvements within automotive operations.
Whether you are starting your career in automotive technology or seeking to advance your professional expertise, the ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance offers a pathway to internationally recognized certification, practical skills, and the knowledge needed to thrive in the global automotive industry.
Program Highlights
Study Units
Year 1 – Foundation and Core Automotive Systems
- Introduction to Automotive Technology
- Vehicle Mechanics Fundamentals
- Engine Systems and Components
- Transmission and Drivetrain Systems
- Automotive Electrical Systems
- Braking and Suspension Systems
- Vehicle Diagnostics and Troubleshooting
- Automotive Materials and Manufacturing Processes
- Workshop Safety and Health Practices
- Introduction to Vehicle Maintenance
- Automotive Tools and Equipment
- Basic Automotive Project Work
Year 2 – Advanced Systems and Maintenance Techniques
- Advanced Engine Diagnostics
- Hybrid and Electric Vehicle Systems
- Vehicle Electronics and Control Systems
- Fuel Systems and Emission Control
- Steering and Suspension Advanced Systems
- Brake Systems – Advanced Principles
- HVAC Systems and Climate Control
- Automotive Testing and Quality Assurance
- Vehicle Maintenance Planning and Scheduling
- Advanced Workshop Practices and Safety
- Automotive Technical Documentation
- Applied Practical Automotive Project
Year 3 – Strategic Management and Industry Applications
- Fleet Management and Vehicle Operations
- Advanced Vehicle Diagnostics and Troubleshooting
- Automotive Project Management
- Sustainability and Environmental Practices in Automotive Industry
- Automotive Legislation, Compliance, and Standards
- Automotive Supply Chain and Parts Management
- Innovation in Automotive Technology
- Vehicle Inspection and Quality Control
- Customer Service and Workshop Management
- Advanced Automotive Repair Techniques
- Research Methodology in Automotive Technology
- Capstone Project in Automotive Technology & Maintenance
The ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance is designed for learners aiming to build advanced expertise in vehicle technology, diagnostics, and maintenance. To ensure success in this comprehensive 3-year, 360-credit program, candidates must meet the following entry requirements:
Age Requirements
- Applicants must be at least 18 years old at the time of registration.
Educational Requirements
- A Level 5 diploma or equivalent in automotive technology, mechanical engineering, or related technical fields.
- Candidates with A-levels, vocational qualifications, or high school diploma in science or technical subjects may also be considered.
Professional Experience
- For experienced professionals, a minimum of 3–5 years of relevant work experience in automotive engineering, vehicle maintenance, or related industries is preferred.
- Hands-on experience in workshops, diagnostics, or mechanical repair is advantageous.
English Language Proficiency
- Proficiency in English is required for academic comprehension, technical documentation, and communication.
- Applicants must provide evidence of IELTS 5.5 or equivalent, or demonstrate prior education in English.
Meeting these entry requirements ensures learners are fully prepared to engage with course materials, complete assessments successfully, and thrive in professional automotive environments. Candidates who satisfy these criteria will be positioned for a rewarding career in automotive technology, maintenance, and engineering.
The ICTQual AB Level 6 International Diploma in Automotive Technology & Maintenance equips learners with advanced technical knowledge, practical skills, and professional competencies essential for success in the global automotive industry. The program emphasizes theoretical understanding, hands-on experience, and applied problem-solving to prepare graduates for careers in vehicle maintenance, diagnostics, and automotive engineering.
Year 1 – Foundation and Core Automotive Systems
Introduction to Automotive Technology
- Explain fundamental principles of automotive technology and industry standards.
- Identify key vehicle systems and their interrelationships.
- Understand emerging trends in automotive engineering and maintenance.
Vehicle Mechanics Fundamentals
- Describe mechanical systems including engines, transmissions, and suspensions.
- Apply mechanical principles to vehicle operation and maintenance.
- Analyze mechanical failures and propose corrective measures.
Engine Systems and Components
- Understand internal combustion engine types, components, and operation.
- Perform basic engine diagnostics and maintenance tasks.
- Apply knowledge of engine systems to practical repair scenarios.
Transmission and Drivetrain Systems
- Explain transmission types and drivetrain layouts.
- Diagnose and troubleshoot drivetrain faults effectively.
- Apply hands-on skills in assembly, disassembly, and maintenance.
Automotive Electrical Systems
- Understand vehicle electrical circuits, battery, and starter systems.
- Conduct basic electrical diagnostics and repairs.
- Apply safety protocols while handling electrical components.
Braking and Suspension Systems
- Explain brake types, suspension designs, and their functions.
- Perform maintenance and inspection of braking and suspension systems.
- Evaluate system performance for safety and reliability.
Vehicle Diagnostics and Troubleshooting
- Apply systematic diagnostic procedures to identify faults.
- Use diagnostic tools and software for fault detection.
- Interpret test results to implement corrective actions.
Automotive Materials and Manufacturing Processes
- Identify materials used in vehicle construction.
- Understand manufacturing processes and their impact on vehicle performance.
- Apply knowledge of materials for repair and maintenance tasks.
Workshop Safety and Health Practices
- Implement health and safety protocols in automotive workshops.
- Identify hazards and apply risk mitigation strategies.
- Maintain a safe and compliant working environment.
Introduction to Vehicle Maintenance
- Understand routine maintenance schedules and procedures.
- Apply preventive maintenance techniques to vehicles.
- Evaluate vehicle condition and plan maintenance interventions.
Automotive Tools and Equipment
- Demonstrate correct use of hand tools, power tools, and diagnostic equipment.
- Maintain tools and equipment according to safety standards.
- Apply technical skills in practical automotive tasks.
Basic Automotive Project Work
- Plan and execute simple automotive repair and maintenance projects.
- Document project processes and outcomes.
- Develop problem-solving and project management skills.
Year 2 – Advanced Systems and Maintenance Techniques
Advanced Engine Diagnostics
- Perform complex engine diagnostics using modern tools.
- Interpret engine performance data to identify faults.
- Apply corrective measures to restore optimal engine function.
Hybrid and Electric Vehicle Systems
- Understand principles of hybrid and electric propulsion systems.
- Diagnose and maintain hybrid and electric vehicle components.
- Apply safe handling procedures for high-voltage systems.
Vehicle Electronics and Control Systems
- Explain electronic control units, sensors, and actuators.
- Perform electronic diagnostics and troubleshooting.
- Integrate electronic systems knowledge into practical repairs.
Fuel Systems and Emission Control
- Analyze fuel delivery systems and emission control mechanisms.
- Conduct testing to ensure compliance with emission standards.
- Apply maintenance procedures to improve fuel efficiency.
Steering and Suspension Advanced Systems
- Diagnose advanced steering and suspension faults.
- Apply repair techniques for modern suspension systems.
- Evaluate system performance for vehicle handling and safety.
Brake Systems – Advanced Principles
- Understand ABS, EBD, and other advanced braking technologies.
- Conduct inspections and maintenance of advanced brake systems.
- Assess brake system performance and safety compliance.
HVAC Systems and Climate Control
- Explain heating, ventilation, and air conditioning principles in vehicles.
- Diagnose and maintain HVAC systems for optimal performance.
- Apply practical skills in HVAC repair and troubleshooting.
Automotive Testing and Quality Assurance
- Conduct vehicle testing to assess performance and compliance.
- Apply quality assurance techniques in workshop practices.
- Analyze test results to improve maintenance processes.
Vehicle Maintenance Planning and Scheduling
- Develop maintenance schedules for different vehicle types.
- Plan preventive and corrective maintenance interventions.
- Optimize workshop workflow and resource allocation.
Advanced Workshop Practices and Safety
- Implement safety protocols for advanced automotive procedures.
- Manage workshop operations to ensure compliance with regulations.
- Conduct risk assessments and enforce safe working practices.
Automotive Technical Documentation
- Prepare technical reports, manuals, and service documentation.
- Record maintenance and repair activities accurately.
- Communicate technical information effectively to stakeholders.
Applied Practical Automotive Project
- Execute comprehensive maintenance or repair projects.
- Apply knowledge from multiple units to real-world scenarios.
- Evaluate project outcomes and reflect on learning experiences.
Year 3 – Strategic Management and Industry Applications
Fleet Management and Vehicle Operations
- Plan and manage vehicle fleets efficiently.
- Apply cost management and operational strategies.
- Evaluate fleet performance and recommend improvements.
Advanced Vehicle Diagnostics and Troubleshooting
- Integrate mechanical, electrical, and electronic diagnostics.
- Solve complex faults using advanced diagnostic tools.
- Implement repair strategies based on analysis and testing.
Automotive Project Management
- Plan and manage automotive projects effectively.
- Apply project management principles to workshop and research initiatives.
- Evaluate project outcomes against objectives and standards.
Sustainability and Environmental Practices in Automotive Industry
- Apply sustainable practices in automotive maintenance and production.
- Evaluate environmental impact of automotive operations.
- Implement strategies to reduce emissions and energy consumption.
Automotive Legislation, Compliance, and Standards
- Understand regulatory frameworks affecting the automotive sector.
- Ensure workshop and operational compliance with legal standards.
- Assess impact of legislation on automotive practices.
Automotive Supply Chain and Parts Management
- Manage automotive parts inventory and supply chain operations.
- Optimize procurement and logistics for efficiency.
- Apply best practices for stock control and supplier relations.
Innovation in Automotive Technology
- Analyze emerging trends in automotive engineering.
- Evaluate innovative technologies for implementation in practice.
- Apply creative solutions to improve vehicle performance and maintenance.
Vehicle Inspection and Quality Control
- Conduct detailed inspections for safety and performance.
- Implement quality control measures in workshops and production.
- Evaluate inspection results to ensure compliance with standards.
Customer Service and Workshop Management
- Deliver effective customer service in automotive settings.
- Manage workshop operations to maximize efficiency and client satisfaction.
- Apply communication and management skills in practical scenarios.
Advanced Automotive Repair Techniques
- Perform complex repairs on mechanical, electrical, and electronic systems.
- Utilize advanced diagnostic and repair tools accurately.
- Evaluate repair quality and ensure safety compliance.
Research Methodology in Automotive Technology
- Design and conduct research projects relevant to automotive engineering.
- Apply scientific methods to analyze data and draw conclusions.
- Document and present research findings professionally.
Capstone Project in Automotive Technology & Maintenance
- Execute a comprehensive project integrating knowledge from all units.
- Demonstrate practical, analytical, and project management skills.
- Present findings with professional documentation and reflection on learning outcomes.
Upon completion, learners will have advanced technical knowledge, hands-on skills, and professional competencies required to excel in automotive technology, maintenance, diagnostics, and management. Graduates will be prepared for diverse careers in workshops, automotive engineering, fleet management, and research, making them highly competitive in the global automotive industry.
The ICTQual ABLevel 6 International Diploma in Automotive Technology & Maintenance in Automotive Technology & Maintenance is designed for learners motivated to develop advanced technical knowledge, practical skills, and professional competencies in automotive engineering, maintenance, and diagnostics.
1. Technical Background
- Learners with prior education or interest in automotive technology, mechanical engineering, or related technical fields.
2. Hands-On Enthusiasts
- Individuals who enjoy practical, workshop-based learning.
- Apply theoretical concepts in real-world automotive scenarios.
3. Problem Solvers
- Learners capable of analyzing complex vehicle issues.
- Develop effective and efficient solutions for maintenance and repair.
4. Career-Oriented Professionals
- Individuals seeking advancement in automotive maintenance, diagnostics, repair, or engineering roles.
5. Technology-Savvy Individuals
- Comfortable using modern diagnostic tools, automotive software, and workshop equipment.
6. Team Players
- Collaborate effectively in workshop teams, projects, and professional environments.
7. Ethical and Professional Learners
- Committed to maintaining safety standards, ethical conduct, and professional practices.
8. Lifelong Learners
- Motivated to stay updated on emerging automotive technologies, sustainability practices, and industry innovations.
This course is ideal for learners who want to combine technical knowledge with practical expertise, preparing them for successful careers in automotive engineering, maintenance, diagnostics, and management on a global scale.
