Learning Outcomes for the Level 6 Diploma in Automotive Engineering 360 Credits – Three Year:
Year 1: Foundation and Core Engineering Principles
- Introduction to Automotive Engineering
Understand the evolution and key components of automotive engineering, and identify the roles and responsibilities of engineers within the industry. - Mathematics for Automotive Engineering
Apply advanced mathematical methods to solve engineering problems, with a focus on vehicle systems and technology. - Physics for Automotive Engineering
Demonstrate a fundamental understanding of the physical principles underlying automotive technologies, including mechanics and thermodynamics. - Mechanical Engineering Principles
Apply basic mechanical engineering principles, such as material properties and thermodynamics, in the context of automotive design and manufacturing. - Automotive Systems and Technology
Gain knowledge of key automotive systems, including engines, transmissions, braking, and suspension systems. - Electrical and Electronic Systems in Vehicles
Understand the role of electrical and electronic systems in modern vehicles, including their applications in vehicle control, safety, and efficiency. - Engineering Materials for Automotive Design
Identify and assess materials used in automotive manufacturing and design, and understand their properties in relation to vehicle performance and safety. - Vehicle Chassis and Suspension Systems
Understand the design, operation, and importance of vehicle chassis and suspension systems in ensuring stability, handling, and safety. - Introduction to Vehicle Diagnostics
Develop skills in diagnosing vehicle issues using diagnostic tools and techniques, understanding common vehicle faults. - Manufacturing Processes for Automotive Engineering
Understand key manufacturing processes in automotive engineering, including assembly, welding, and quality control in mass production. - Automotive Environmental Issues
Evaluate the environmental impact of automotive technologies, focusing on emissions, fuel efficiency, and the transition to green technologies. - Health, Safety, and Environmental Management
Apply health and safety principles to automotive engineering, ensuring compliance with industry standards and promoting sustainable practices.
Year 2: Advanced Automotive Technologies and Systems
- Advanced Engine Technologies
Develop an advanced understanding of internal combustion engines, hybrid systems, and alternative powertrains, focusing on performance, efficiency, and innovation. - Vehicle Dynamics and Handling
Analyze the dynamics of vehicle motion, including handling, stability, and the effects of forces on vehicle performance. - Advanced Automotive Electronics
Explore advanced electronic systems in vehicles, including automated systems, advanced driver-assistance systems (ADAS), and infotainment technologies. - Transmission and Powertrain Systems
Understand the design, function, and optimization of transmission and powertrain systems, with a focus on efficiency and performance. - Vehicle HVAC Systems
Understand the design and operation of vehicle heating, ventilation, and air conditioning systems, and their impact on comfort and energy efficiency. - Vehicle Safety Systems
Study the design, implementation, and effectiveness of passive and active vehicle safety systems, including airbags, crash sensors, and collision avoidance. - Hybrid and Electric Vehicle Technologies
Develop expertise in hybrid and electric vehicle systems, including battery technologies, energy storage, and electric drive systems. - Automotive Aerodynamics
Apply the principles of aerodynamics to improve vehicle performance, focusing on fuel efficiency, handling, and stability at high speeds. - Automotive Materials Engineering
Investigate the selection and application of advanced materials in vehicle design, including lightweight and high-strength materials for improved performance. - Vehicle Assembly and Production Techniques
Understand the techniques and tools used in vehicle production, including robotic automation, lean manufacturing, and quality control. - Automotive Diagnostics and Troubleshooting
Apply diagnostic techniques to identify and resolve issues in complex automotive systems, improving vehicle performance and reliability. - Vehicle Testing and Performance Evaluation
Develop skills in testing and evaluating vehicle performance, including fuel efficiency, emissions, safety, and durability.
Year 3: Industry Applications, Management, and Innovation
- Advanced Vehicle Design and Prototyping
Apply advanced design techniques and technologies to prototype vehicles, using CAD, simulations, and rapid prototyping methods. - Automotive Control Systems
Analyze and design control systems used in modern vehicles, including electronic stability control, automatic transmission, and active safety systems. - Automotive Quality Control and Assurance
Implement quality control techniques in automotive production, focusing on defect prevention, process control, and continuous improvement. - Sustainability in Automotive Engineering
Develop sustainable engineering solutions for the automotive industry, including energy-efficient designs and green manufacturing processes. - Automotive Project Management
Manage automotive engineering projects, including budgeting, scheduling, risk management, and team collaboration. - Automotive Research and Development
Contribute to R&D activities in the automotive industry, focusing on the development of new technologies, products, and solutions. - Vehicle Electromagnetic Compatibility
Understand the principles of electromagnetic compatibility in vehicles, focusing on interference and the design of systems to minimize it. - Automotive Business and Marketing
Apply business and marketing principles to the automotive industry, including market analysis, brand development, and sales strategies. - Autonomous Vehicles and Future Technologies
Explore the technologies driving the future of autonomous vehicles, including AI, sensor systems, and the legal and ethical implications. - Vehicle Fleet Management and Operations
Learn the principles of fleet management, focusing on maintenance, logistics, and operational efficiency for managing vehicle fleets. - Automotive Regulatory Compliance and Standards
Understand automotive regulations, including safety standards, environmental compliance, and industry certifications that govern vehicle design and production. - Capstone Project in Automotive Engineering
Apply knowledge and skills gained throughout the course to complete a comprehensive automotive engineering project, demonstrating your ability to solve complex industry problems.
