The Electrical Vehicle Engineering Programme aims to:

1. Develop advanced knowledge of electric vehicle systems.

2. Enhance skills in EV diagnostics and maintenance.

3. Build understanding of EV powertrain and control systems.

4. Provide knowledge of EV charging infrastructure.

5. Strengthen design and analysis skills for EV components.

6. Prepare learners for professional roles in EV engineering and maintenance.

Upon successful completion of the programme, learners will be able to:

1. Analyze electric vehicle system performance.

2. Diagnose faults in EV electrical and electronic systems.

3. Understand EV powertrain operations.

4. Implement EV maintenance and repair procedures.

5. Apply battery management and charging techniques.

6. Use diagnostic tools and software.

7. Apply safety regulations in EV environments.

8. Complete EV engineering projects independently.

Module 1: Engineering Mathematics for EV Systems

• Algebra
• Trigonometry
• Units and Measurements
• Engineering Calculations
• Graphical Representation
• Basic Calculus
• Problem-Solving Techniques
• Data Interpretation

Module 2: Advanced Electrical Systems

• AC and DC Systems
• Power Electronics
• Electrical Machines
• Transformers
• Electrical Protection Systems
• Wiring Design
• Electrical Testing
• Fault Analysis

Module 3: EV Powertrain Systems

• EV Powertrain Architecture
• Electric Motors
• Motor Controllers
• Gear Systems
• Transmission Systems
• Torque Control
• Regenerative Braking Systems
• Performance Optimization

Module 4: Battery Systems and Energy Management

• Battery Pack Design
• Battery Management Systems
• Energy Storage Systems
• Thermal Management
• Charging Technologies
• Battery Diagnostics
• Battery Life Management
• Recycling and Disposal

Module 5: EV Charging Infrastructure

• Charging Station Types
• AC and DC Charging
• Fast Charging Systems
• Charging Standards
• Charging Network Design
• Installation Procedures
• Charging Safety
• Smart Charging Systems

Module 6: EV Diagnostics and Maintenance

• Diagnostic Tools
• Fault Detection
• Preventive Maintenance
• Predictive Maintenance
• Repair Procedures
• Maintenance Scheduling
• Testing Equipment
• Troubleshooting Techniques

Module 7: Control Systems and Embedded Technology

• Control System Basics
• Embedded Systems
• Sensors and Controllers
• Microcontrollers
• Communication Protocols
• Automation Systems
• System Integration
• Software Basics

Module 8: Sustainability and Future EV Technologies

• Green Energy Integration
• Renewable Energy Sources
• Smart Grid Systems
• Autonomous Vehicles
• Hybrid Systems
• Hydrogen Vehicles
• EV Policies and Regulations
• Future Trends in EV Technology

Final Project