What you will Gain

Year 1 – Foundation and Core Automotive Systems

Introduction to Automotive Technology

• Understand the evolution and key principles of automotive technology.
• Identify different types of vehicles and automotive systems.

Vehicle Mechanics Fundamentals

• Explain mechanical principles applicable to vehicles.
• Apply basic mechanical concepts to automotive components.

Engine Systems and Components

• Describe engine types and components.
• Demonstrate understanding of engine operation and performance factors.

Transmission and Drivetrain Systems

• Explain the principles of transmission and drivetrains.
• Identify common issues and solutions in transmission systems.

Automotive Electrical Systems

• Understand electrical circuits and vehicle electronics.
• Diagnose and troubleshoot basic electrical faults.

Braking and Suspension Systems

• Explain braking and suspension principles.
• Conduct basic inspections and maintenance of braking and suspension systems.

Vehicle Diagnostics and Troubleshooting

• Apply diagnostic tools to identify mechanical and electrical issues.
• Develop problem-solving strategies for vehicle faults.

Automotive Materials and Manufacturing Processes

• Identify materials used in automotive components.
• Explain manufacturing techniques and their impact on vehicle performance.

Workshop Safety and Health Practices

• Apply health and safety procedures in automotive environments.
• Conduct risk assessments and implement safety measures.

Introduction to Vehicle Maintenance

• Understand routine maintenance schedules and practices.
• Perform basic maintenance tasks under supervision.

Automotive Tools and Equipment

• Identify and use standard workshop tools safely.
• Demonstrate correct handling and maintenance of automotive equipment.

Basic Automotive Project Work

• Plan and execute small-scale automotive projects.
• Present findings and reflect on project outcomes.

Year 2 – Advanced Systems and Maintenance Techniques

Advanced Engine Diagnostics

• Analyse complex engine issues using diagnostic tools.
• Propose effective repair and maintenance solutions.

Hybrid and Electric Vehicle Systems

• Understand hybrid and electric vehicle architecture.
• Perform safe inspection and maintenance of alternative powertrains.

Vehicle Electronics and Control Systems

• Explain advanced electronic control systems.
• Diagnose and repair electronic faults using appropriate methods.

Fuel Systems and Emission Control

• Analyse fuel delivery systems and emission technologies.
• Conduct emission testing and ensure compliance with standards.

Steering and Suspension Advanced Systems

• Inspect and maintain advanced steering and suspension technologies.
• Recommend corrective measures for system faults.

Brake Systems – Advanced Principles

• Understand advanced braking technologies including ABS and regenerative systems.
• Diagnose and resolve complex braking issues.

HVAC Systems and Climate Control

• Explain HVAC system operation and components.
• Perform maintenance and fault diagnosis on vehicle climate systems.

Automotive Testing and Quality Assurance

• Apply quality assurance processes in automotive operations.
• Conduct vehicle testing to evaluate performance and compliance.

Vehicle Maintenance Planning and Scheduling

• Develop maintenance schedules for different vehicle types.
• Implement preventive and predictive maintenance strategies.

Advanced Workshop Practices and Safety

• Apply industry best practices for workshop organisation and safety.
• Supervise safe operations in complex workshop environments.

Automotive Technical Documentation

• Prepare and interpret technical manuals and service documentation.
• Maintain accurate records of maintenance and repair activities.

Applied Practical Automotive Project

• Execute hands-on projects integrating theoretical knowledge.
• Evaluate outcomes and demonstrate technical competence.

Year 3 – Strategic Management and Industry Applications

Fleet Management and Vehicle Operations

• Manage vehicle fleets efficiently and cost-effectively.
• Monitor operational performance and implement improvements.

Advanced Vehicle Diagnostics and Troubleshooting

• Resolve complex faults across mechanical, electrical, and electronic systems.
• Utilise advanced diagnostic software and tools.

Automotive Project Management

• Plan, execute, and manage automotive projects.
• Evaluate project outcomes against objectives and standards.

Sustainability and Environmental Practices in Automotive Industry

• Apply sustainable practices in automotive operations.
• Reduce environmental impact of vehicle maintenance and manufacturing.

Automotive Legislation, Compliance, and Standards

• Understand relevant regulations and compliance requirements.
• Ensure adherence to legal, safety, and quality standards in automotive operations.

Automotive Supply Chain and Parts Management

• Manage sourcing, storage, and distribution of automotive parts.
• Optimise supply chain efficiency and cost-effectiveness.

Innovation in Automotive Technology

• Evaluate emerging technologies and trends in the automotive sector.
• Apply innovative solutions to operational challenges.

Vehicle Inspection and Quality Control

• Conduct comprehensive vehicle inspections.
• Implement quality control procedures and report findings.

Customer Service and Workshop Management

• Develop customer-focused service strategies.
• Manage workshop operations and workforce effectively.

Advanced Automotive Repair Techniques

• Perform complex repairs on modern automotive systems.
• Ensure repairs meet industry standards and manufacturer specifications.

Research Methodology in Automotive Technology

• Conduct research to address automotive challenges.
• Analyse data and present evidence-based recommendations.

Capstone Project in Automotive Technology & Maintenance

• Integrate knowledge from all study units into a comprehensive project.
• Demonstrate mastery of technical, managerial, and strategic competencies.