Unit 3580: Automotive Engineering Technology

1. Introduction to Automotive Engineering Technology

• Overview of automotive engineering
• Key concepts and principles
• Applications in the automotive industry

2. Hybrid Electric Vehicle Technology

• Definition and significance
• Components: internal combustion engine, electric motor, battery
• Operation modes and control strategies
• Advantages and challenges
• Case study analysis

3. Autonomous Vehicle Development

• Overview of autonomous vehicle technology
• Sensors: LiDAR, radar, cameras, ultrasonic
• Control systems and algorithms
• Case studies on self-driving cars
• Future implications for the automotive industry

4. Vehicle Safety Systems

• Importance of occupant safety
• Airbags: types and deployment mechanisms
• Anti-lock Braking Systems (ABS)
• Electronic Stability Control (ESC)
• Crash prevention technologies

5. Sustainable Automotive Design

• Principles of sustainable design
• Eco-friendly materials
• Energy-efficient components
• Green manufacturing processes
• Case studies highlighting sustainable practices

6. Automotive Transmission Systems

• Overview of transmission systems
• Manual transmissions: design and operation
• Automatic transmissions: torque converters and planetary gearsets
• Continuously Variable Transmission (CVT)
• Dual Clutch Transmission (DCT)
• Advantages and applications

7. Case Study: Electric Vehicle (EV) Technology

• EV components: electric motor, inverter, battery pack
• Battery technologies and management systems
• Charging infrastructure and standards
• Environmental impact of EVs
• Future trends in electric mobility

8. Automotive Materials and Manufacturing Processes

• Importance of materials selection
• Lightweight materials and composites
• Additive manufacturing in automotive engineering
• Quality control measures and standards
• Case studies on materials and manufacturing innovations

9. Advanced Driver Assistance Systems (ADAS)

• Overview of ADAS technologies
• Adaptive cruise control
• Lane departure warning systems
• Collision avoidance systems
• Impact on driver safety and comfort
• Case studies of ADAS implementation

10. Case Study: Fuel Cell Vehicle Technology

• Fundamentals of fuel cell technology
• Fuel cell vehicles (FCVs): design and operation
• Hydrogen infrastructure and storage
• Environmental benefits and challenges
• Potential and future outlook in the automotive industry