Unit 3582: Automotive Engineering Technology

1. Introduction to Automotive Engineering Technology

• Overview of automotive engineering technology
• Fundamental principles and concepts
• History and evolution of the automotive industry
  • Early developments
  • Key milestones and innovations
• Applications in modern automotive engineering

2. Vehicle Dynamics and Performance

• Fundamentals of vehicle dynamics
• Suspension systems
  • Types of suspensions
  • Impact on ride and handling
• Steering mechanisms
  • Types and designs
  • Steering geometry and behavior
• Braking systems
  • Mechanical and hydraulic systems
  • Anti-lock braking systems (ABS)
• Powertrain configurations
  • Front, rear, and all-wheel drive
  • Influence on vehicle dynamics
• Integration of systems and performance impact

3. Powertrain Systems and Technologies

• Internal combustion engines
  • Engine types and components
  • Operating principles
• Hybrid powertrains
  • Series, parallel, and series-parallel hybrids
  • Energy management strategies
• Electric vehicles (EVs)
  • Electric motor types
  • Battery technology and charging
• Alternative fuel technologies
  • Biofuels, hydrogen fuel cells, and others
• Comparative advantages and challenges

4. Automotive Materials and Manufacturing Processes

• Materials used in vehicle construction
  • Metals: steel, aluminum, magnesium
  • Polymers and composites
  • Advanced materials (carbon fiber, etc.)
• Manufacturing processes
  • Casting, forging, stamping
  • Joining techniques: welding, adhesives
  • Additive manufacturing
• Quality control measures
  • Inspection methods
  • Standards and certifications
• Impact on vehicle performance and safety

5. Automotive Safety and Crashworthiness

• Principles of automotive safety design
• Crash prevention technologies
  • Electronic stability control
  • Advanced driver-assistance systems (ADAS)
• Crashworthiness evaluations
  • Crash testing methods
  • Safety ratings
• Regulatory standards and compliance
  • Global and regional regulations

6. Vehicle Electronics and Control Systems

• Overview of automotive electronics
• Sensors and actuators
  • Types and functions
• Control algorithms and ECUs (Electronic Control Units)
• Driver assistance and automation systems
  • Adaptive cruise control
  • Lane-keeping assist
• Diagnostics and communication protocols
  • CAN bus, OBD systems

7. Environmental Impact and Sustainability in Automotive Engineering

• Environmental implications of automotive technologies
• Emissions control strategies
  • Catalytic converters
  • Exhaust gas recirculation
• Sustainable design practices
  • Lightweighting
  • Recyclability
• Shift towards eco-friendly transportation
  • Electric and hybrid vehicles
  • Alternative fuels

8. Automotive Industry Trends and Innovations

• Current industry trends
  • Electrification
  • Connectivity and IoT integration
• Emerging technologies
  • Autonomous vehicles
  • Advanced materials and manufacturing
• Research and development initiatives
• Future outlook and challenges

9. Automotive Testing and Evaluation

• Testing methodologies
  • Laboratory and field testing
• Tools and equipment
  • Dynamometers, simulators
• Performance evaluation
  • Emissions, durability, and safety
• Validation protocols and standards

10. Professional Ethics and Responsibilities in Automotive Engineering

• Ethical considerations in engineering practice
• Legal regulations and compliance
• Safety standards and responsibilities
• Professional conduct and accountability
• Case studies and real-world applications