ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance

Unlock Leadership Opportunities in Automotive Engineering – ICTQual AB Level 6 Diploma

Are you ready to accelerate your career in the automotive industry? The ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance is designed for both aspiring professionals and experienced technicians who want to master advanced automotive systems and maintenance practices. This internationally recognized qualification equips learners with the knowledge, practical skills, and industry insights required to excel in automotive engineering, vehicle diagnostics, and repair operations.

With the Level 6 Diploma in Automotive Technology and Maintenance, learners gain a deep understanding of engine systems, electrical and electronic components, vehicle diagnostics, and preventive maintenance strategies. The program also emphasizes the integration of advanced automotive technologies, including hybrid and electric vehicle systems, ensuring that learners are prepared for the future of automotive engineering.

Our International Diploma in Automotive Engineering and Maintenance focuses on hands-on learning, professional development, and real-world applications. You will develop skills in troubleshooting, vehicle safety, performance optimization, and compliance with industry standards. The course combines theory with practical assignments, empowering learners to confidently handle complex automotive challenges in workshops, dealerships, and industrial settings.

Completing the ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance not only provides a globally recognized credential but also positions you as a certified automotive technology specialist. This program is ideal for those seeking leadership roles in automotive service centers, vehicle maintenance companies, or those aiming to start their own automotive business.

Take the next step in your automotive career today and gain the expertise, recognition, and confidence to succeed with the ICTQual AB Level 6 Diploma in Automotive Technology and Maintenance. Prepare yourself for a rewarding career in one of the world’s fastest-evolving industries.

Awarding Body

ICTQual AB

Study Mode

Online

Qualification Level

Level 6

Completion Time

3-Years

Study Units

36 Mandatory Units

Assessments

Qualification Title	ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance
Level	Level 6
Total Credits	360
Assessment	Pass or fail Internally assessed and verified by centre staff External quality assurance by ICTQual AB verifiers

To enrol in the ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance, applicants must meet the following entry criteria:

Minimum Age

Applicants must be 18 years of age or older at the time of registration.

Educational Background

Applicants should hold a Level 5 qualification or equivalent, such as a diploma, foundation degree, or relevant vocational certification in automotive technology, mechanical engineering, or related fields.
Relevant work experience or prior technical certifications may also be considered in lieu of formal qualifications.

Work Experience

Experienced Professionals: Individuals with at least 6 years of verifiable experience in automotive repair, vehicle maintenance, or mechanical engineering can qualify through assessment of prior learning (APL).
Fresh Candidates: Those without extensive work experience must complete all course modules and assignments to meet the qualification requirements.
Practical exposure to automotive systems, workshops, or service centers is highly recommended.

English Language Proficiency

Since the course is delivered in English, learners must demonstrate good English communication skills (reading, writing, and speaking).
Non-native English speakers may be asked to provide evidence of proficiency (e.g., IELTS, TOEFL, or equivalent).

This qualification, the ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance, consists of 36 mandatory units.

Mandatory Units of ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance

This qualification, the ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance, consists of 36 mandatory 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 and Maintenance

Upon successful completion of the ICTQual AB Level 6 International Diploma in Automotive Technology and Maintenance, learners will be able to:

Year 1 – Foundation and Core Automotive Systems

1. Introduction to Automotive Technology

Understand the fundamental principles of automotive technology and its applications in modern vehicle systems.
Identify different types of vehicles and their operational functions in transport and logistics sectors.
Demonstrate knowledge of key automotive terminology and standards.
Explain the role of the automotive industry in global supply chain and logistics management.
Develop a foundation for advanced automotive systems and maintenance practices.

2. Vehicle Mechanics Fundamentals

Analyze the basic mechanics and physics principles applied to vehicles.
Evaluate engine, transmission, and suspension functions within vehicle operation.
Apply mechanical concepts to diagnose simple vehicle faults.
Understand vehicle performance optimization for safety and efficiency.
Develop skills to support professional automotive maintenance practices.

3. Engine Systems and Components

Examine the structure and function of internal combustion engines and hybrid systems.
Identify engine components and their roles in performance and efficiency.
Conduct basic engine inspections and maintenance tasks.
Evaluate engine systems using industry-standard diagnostics.
Apply sustainable practices to reduce emissions and optimize fuel efficiency.

4. Transmission and Drivetrain Systems

Understand mechanical and automatic transmission operations.
Analyze drivetrain configurations and their impact on vehicle performance.
Diagnose common transmission faults and maintenance requirements.
Apply practical skills in drivetrain servicing and adjustments.
Integrate knowledge of transmission systems into overall vehicle maintenance planning.

5. Automotive Electrical Systems

Describe the design and function of vehicle electrical circuits and components.
Apply diagnostic tools to identify electrical faults.
Integrate electronic control systems with mechanical vehicle functions.
Develop competence in maintaining vehicle electrical systems safely.
Understand the role of vehicle electronics in hybrid and electric vehicles.

6. Braking and Suspension Systems

Explain the principles of braking systems and suspension mechanisms.
Conduct inspections and maintenance of brake and suspension components.
Analyze the impact of braking and suspension systems on vehicle safety and performance.
Apply troubleshooting techniques for common faults.
Integrate knowledge into overall vehicle diagnostics and operational efficiency.

7. Vehicle Diagnostics and Troubleshooting

Utilize diagnostic equipment to assess vehicle systems effectively.
Identify, analyze, and solve technical issues in automotive systems.
Apply systematic troubleshooting methodologies.
Record and report findings using technical documentation.
Develop skills to enhance operational efficiency and vehicle reliability.

8. Automotive Materials and Manufacturing Processes

Understand materials used in automotive manufacturing and their properties.
Analyze manufacturing processes for engine, chassis, and body components.
Apply knowledge of materials to maintenance and repair work.
Evaluate the sustainability and environmental impact of automotive materials.
Integrate manufacturing principles with practical automotive projects.

9. Workshop Safety and Health Practices

Implement health and safety protocols in automotive workshops.
Identify hazards and apply risk mitigation strategies.
Understand legal and industry standards for workshop safety.
Promote safe working practices during hands-on vehicle maintenance.
Develop responsibility and professionalism in workshop operations.

10. Introduction to Vehicle Maintenance

Understand the principles and importance of routine vehicle maintenance.
Plan and conduct basic maintenance activities effectively.
Apply industry best practices to extend vehicle service life.
Integrate maintenance knowledge with diagnostic and repair tasks.
Assess the impact of maintenance on vehicle performance and reliability.

11. Automotive Tools and Equipment

Identify and safely use common automotive tools and diagnostic equipment.
Apply tools effectively in maintenance and repair tasks.
Evaluate technological advancements in automotive tools.
Maintain equipment according to industry standards.
Integrate tool usage into structured workshop practices.

12. Basic Automotive Project Work

Plan and execute simple automotive projects.
Apply theoretical knowledge to practical maintenance and repair tasks.
Document processes, observations, and outcomes accurately.
Demonstrate problem-solving and critical thinking skills.
Develop confidence in real-world automotive applications.

Year 2 – Advanced Systems and Maintenance Techniques

1. Advanced Engine Diagnostics

Perform in-depth analysis of engine performance and operational efficiency.
Utilize advanced diagnostic tools to identify faults in engine systems.
Apply problem-solving techniques to resolve complex engine issues.
Integrate knowledge of hybrid and electric engine systems into diagnostics.
Document and report findings using professional automotive standards.

2. Hybrid and Electric Vehicle Systems

Explain the design, operation, and maintenance of hybrid and electric vehicles.
Conduct safety assessments for high-voltage and electric components.
Apply diagnostic techniques for hybrid and electric powertrains.
Evaluate the environmental benefits and sustainability of electric vehicles.
Prepare for industry roles in emerging automotive technologies.

3. Vehicle Electronics and Control Systems

Understand vehicle electronic control units (ECUs) and their functions.
Analyze sensor and actuator operations in modern vehicles.
Apply troubleshooting techniques to electronic and computer-based systems.
Integrate electronics knowledge with mechanical vehicle systems.
Develop skills in vehicle automation, diagnostics, and maintenance.

4. Fuel Systems and Emission Control

Understand fuel delivery systems and emission control technologies.
Evaluate environmental compliance and emission reduction methods.
Conduct maintenance and diagnostic procedures for fuel systems.
Integrate sustainable practices into daily workshop operations.
Develop expertise in fuel system efficiency and regulatory standards.

5. Steering and Suspension Advanced Systems

Analyze advanced steering mechanisms and adaptive suspension systems.
Apply maintenance techniques to enhance vehicle handling and safety.
Diagnose faults and implement corrective procedures.
Evaluate system performance under real-world conditions.
Integrate knowledge into broader fleet and transport management.

6. Brake Systems – Advanced Principles

Examine advanced hydraulic, electronic, and regenerative braking systems.
Apply diagnostic methods to high-performance brake systems.
Conduct maintenance and repair in line with industry standards.
Evaluate braking performance for safety and compliance.
Incorporate knowledge into vehicle inspection and quality assurance.

7. HVAC Systems and Climate Control

Understand heating, ventilation, and air conditioning systems in vehicles.
Apply maintenance techniques for optimal system performance.
Diagnose faults using industry-standard tools and methods.
Integrate HVAC knowledge into overall vehicle diagnostics.
Evaluate environmental impact and energy efficiency of HVAC systems.

8. Automotive Testing and Quality Assurance

Implement testing procedures for vehicle performance and reliability.
Apply quality assurance principles in workshops and production environments.
Analyze test results to identify potential failures or improvements.
Integrate testing knowledge with maintenance planning.
Ensure compliance with international automotive standards.

9. Vehicle Maintenance Planning and Scheduling

Develop systematic maintenance schedules for vehicles and fleets.
Apply predictive and preventive maintenance strategies.
Optimize resource allocation for workshops and operations.
Integrate maintenance planning into logistics and supply chain management.
Ensure operational efficiency, safety, and compliance.

10. Advanced Workshop Practices and Safety

Implement advanced health, safety, and environmental practices in workshops.
Apply risk assessment and mitigation strategies in complex tasks.
Ensure compliance with automotive industry safety regulations.
Promote professional behavior and teamwork in workshop environments.
Integrate safety knowledge into all practical maintenance activities.

11. Automotive Technical Documentation

Prepare and maintain accurate technical records and maintenance logs.
Apply documentation standards for international automotive practices.
Communicate complex technical information effectively.
Support diagnostics, repair, and project management through documentation.
Enhance professional credibility and compliance with industry standards.

12. Applied Practical Automotive Project

Plan and execute advanced automotive projects integrating theory and practice.
Apply problem-solving and analytical skills to complex scenarios.
Document outcomes following international standards.
Demonstrate competence in diagnostics, repair, and system optimization.
Develop project management skills applicable to automotive workshops.

Year 3 – Strategic Management and Industry Applications

1. Fleet Management and Vehicle Operations

Develop strategies for efficient fleet operations and vehicle scheduling.
Apply logistics principles to optimize transport and supply chain activities.
Evaluate fleet performance using maintenance and operational data.
Integrate sustainability and cost-efficiency into fleet management.
Ensure compliance with legal and safety regulations.

2. Advanced Vehicle Diagnostics and Troubleshooting

Conduct comprehensive diagnostics across engine, electronic, and mechanical systems.
Apply advanced problem-solving and troubleshooting techniques.
Utilize modern diagnostic software and tools effectively.
Integrate knowledge of hybrid, electric, and conventional vehicles.
Improve vehicle reliability, safety, and operational efficiency.

3. Automotive Project Management

Plan, manage, and execute automotive projects efficiently.
Apply project management tools to workshop and fleet operations.
Monitor timelines, resources, and quality standards.
Evaluate project outcomes and document learning effectively.
Integrate technical knowledge with leadership and management skills.

4. Sustainability and Environmental Practices in Automotive Industry

Evaluate environmental impact of automotive operations and processes.
Apply sustainable practices in vehicle maintenance, repair, and fleet management.
Promote energy efficiency and emission reduction strategies.
Integrate sustainability into supply chain and logistics decisions.
Support organizational goals for environmental compliance and corporate responsibility.

5. Automotive Legislation, Compliance, and Standards

Understand legal frameworks governing automotive operations globally.
Apply compliance standards in workshops, fleets, and supply chains.
Evaluate risks and implement regulatory requirements effectively.
Integrate knowledge into operational planning and management.
Ensure safety, quality, and ethical practices across automotive activities.

6. Automotive Supply Chain and Parts Management

Develop expertise in automotive supply chain operations and logistics.
Manage inventory, parts procurement, and supplier relationships efficiently.
Apply planning strategies to ensure timely maintenance and repairs.
Integrate supply chain knowledge into fleet and workshop management.
Ensure cost-efficiency and operational reliability through effective parts management.

7. Innovation in Automotive Technology

Explore emerging technologies and trends in automotive engineering.
Apply innovative solutions to maintenance, diagnostics, and workshop operations.
Integrate hybrid, electric, and smart vehicle technologies into practice.
Evaluate technology impact on sustainability and operational efficiency.
Support continuous improvement and industry competitiveness.

8. Vehicle Inspection and Quality Control

Conduct thorough inspections of vehicle systems for safety and performance.
Apply quality control methods to workshops and fleet operations.
Identify and resolve technical faults to maintain standards.
Integrate inspection findings into maintenance planning.
Ensure compliance with international automotive quality standards.

9. Customer Service and Workshop Management

Develop strategies for professional customer service in automotive environments.
Manage workshop operations for efficiency, productivity, and client satisfaction.
Apply communication and problem-solving skills in service delivery.
Integrate logistics and supply chain considerations into workshop management.
Enhance reputation and operational excellence through effective management.

10. Advanced Automotive Repair Techniques

Apply advanced methods to diagnose and repair complex vehicle systems.
Integrate electronic, mechanical, and hybrid systems in repair tasks.
Use specialized tools and equipment safely and efficiently.
Ensure high-quality outcomes in maintenance and repair projects.
Develop industry-ready skills aligned with global standards.

11. Research Methodology in Automotive Technology

Apply research techniques to analyze automotive systems and processes.
Evaluate data to improve maintenance, diagnostics, and operational strategies.
Integrate academic research with practical industry applications.
Document research findings professionally and accurately.
Support innovation, decision-making, and strategic planning in automotive contexts.

12. Capstone Project in Automotive Technology and Maintenance

Plan, implement, and present a comprehensive automotive project.
Apply advanced skills in diagnostics, repair, and fleet management.
Demonstrate leadership, critical thinking, and problem-solving abilities.
Integrate sustainability, supply chain, and operational strategies into the project.
Showcase professional competency to global standards in automotive technology and maintenance.

The ICTQual AB Level 6 International Diploma in Logistics and Supply Chain Technology is designed for professionals, graduates, and ambitious learners who want to advance their careers in logistics, supply chain, procurement, and transport management. Whether you are an experienced industry professional seeking formal recognition, a fresh graduate aiming to gain practical skills, or a business owner looking to optimize operations, this internationally recognized diploma equips you with the knowledge, tools, and global expertise needed to excel in today’s competitive supply chain landscape.

1. Experienced Logistics and Supply Chain Professionals

Professionals with 5–10+ years of experience in logistics, supply chain, procurement, or transport operations.
Individuals seeking formal recognition for their expertise and industry experience.
Managers aiming to enhance strategic planning, leadership, and operational decision-making skills.
Professionals looking to expand their knowledge of advanced supply chain technologies and practices.
Individuals interested in global supply chain integration and cross-border logistics management.

2. Fresh Graduates and Early-Career Professionals

Graduates with degrees or diplomas in logistics, supply chain, business management, or related fields.
Entry-level professionals aspiring to build a strong foundation in logistics and supply chain management.
Individuals seeking an internationally recognized qualification to enhance career prospects.
Fresh talent aiming to gain practical skills, hands-on experience, and industry-ready capabilities.
Learners who want to understand global trade regulations, sustainability, and digital logistics systems.

3. Supply Chain and Procurement Managers

Mid-level managers responsible for procurement, supplier evaluation, and vendor management.
Professionals seeking to optimize sourcing strategies and supplier relationships.
Managers looking to implement cost-effective supply chain operations.
Individuals aiming to improve negotiation skills, risk management, and compliance adherence.
Leaders who want to integrate advanced procurement methods with strategic supply chain planning.

4. Transport and Warehouse Operations Specialists

Professionals managing transportation networks, freight forwarding, or distribution channels.
Individuals overseeing warehouse operations, inventory control, and stock optimization.
Logistics specialists looking to adopt lean and Six Sigma techniques.
Professionals aiming to implement technology-driven solutions in warehouses and transport operations.
Individuals seeking to reduce operational costs, improve efficiency, and enhance sustainability.

5. Career Switchers or Professionals from Related Industries

Individuals from business, manufacturing, retail, or industrial sectors looking to transition into logistics and supply chain roles.
Professionals aiming to gain specialized knowledge in supply chain planning, transport, and inventory management.
Learners seeking globally recognized credentials to enter the logistics and supply chain sector.
Individuals wanting to build leadership and strategic management capabilities in supply chain operations.
Career switchers looking for a structured, internationally accredited program to enhance employability.

6. Entrepreneurs and Business Owners in Logistics and Supply Chain

Entrepreneurs managing logistics, e-commerce, warehousing, or transportation businesses.
Business owners seeking strategies to optimize supply chain efficiency and reduce operational costs.
Individuals aiming to implement digital tools, data analytics, and emerging technologies in logistics.
Entrepreneurs interested in improving procurement, supplier management, and risk mitigation processes.
Leaders aiming to expand business operations globally with strategic supply chain planning.

7. Professionals Seeking Global Recognition and Career Advancement

Individuals looking for an internationally recognized Level 6 Diploma in logistics and supply chain management.
Professionals aiming for promotions, leadership roles, or higher responsibilities in global organizations.
Learners seeking enhanced career opportunities in supply chain, transport, procurement, and warehouse management.
Individuals wanting to develop expertise in sustainable, technology-driven, and data-backed supply chain practices.
Ambitious professionals aiming to become certified supply chain and logistics specialists recognized worldwide.

As an approved centre of ICTQual AB, we provide two flexible certification routes to accommodate both experienced professionals and fresh learners seeking to build a career in logistics and supply chain management.

Route 1: Experienced Professionals

Designed for candidates with at least 6 years of verifiable professional experience in logistics, supply chain, procurement, or transport operations.
Learners will undergo an Assessment of Prior Learning (APL) to recognize their practical knowledge and industry expertise.
Evidence of work experience, achievements, and professional contributions must be submitted for evaluation.
Successful applicants may gain the qualification without completing all 36 assignments.
This route is ideal for professionals seeking formal recognition of their skills and expertise in the logistics and supply chain sector.

Route 2: Fresh Candidates

Tailored for individuals with little or no prior industry experience in logistics and supply chain management.
Learners must enroll with our approved centre and complete all 36 assignments under the ICTQual AB curriculum.
The assignments cover theoretical knowledge, practical applications, and industry-relevant case studies.
Continuous tutor support and guidance are provided to ensure successful learning outcomes.
Upon completion, learners will earn the internationally recognized diploma and be ready for career opportunities or further professional development.