Unit Outlines
Introduction To Automotive Engineering Technology
AI Generated
Intermediate
60 hours
10 topics
Learning Objectives
5 objectives- Understand the historical development and key concepts of automotive engineering technology.
- Analyze current trends, innovations, and sustainability initiatives shaping the automotive industry.
- Apply fundamental principles of automotive mechanics and electrical systems to vehicle components.
- Explore vehicle design, manufacturing processes, automotive materials, and safety regulations.
- Evaluate emerging technologies such as autonomous and connected vehicles and their impact on automotive engineering.
Content Outline
PreviewUnit 3576: Automotive Engineering Technology
1. Overview of Automotive Engineering Technology
- Introduction to the field
- Historical evolution of automotive engineering
- Importance and impact on society and economy
- Key concepts and terminology
2. Automotive Industry Trends and Innovations
- Current technological innovations (electric vehicles, hybrid systems)
- Sustainability initiatives and green technologies
- Future developments and challenges
- Case studies of leading automotive companies
3. Fundamentals of Automotive Mechanics
- Engine operation principles (combustion, thermodynamics)
- Transmission systems (manual, automatic, CVT)
- Braking systems (disc, drum, ABS)
- Suspension components and their functions
4. Automotive Electrical Systems
- Vehicle electrical architecture overview
- Batteries and charging systems (alternators, starters)
- Wiring harnesses and circuit design
- Electronic Control Units (ECUs) and diagnostics
5. Vehicle Design and Manufacturing Processes
- Design phase: CAD software and virtual prototyping
- Physical prototyping and testing methods
- Manufacturing processes: stamping, welding, assembly
- Quality control and production line management
6. Automotive Materials and Metallurgy
- Metals used in automotive applications (steel, aluminum)
- Polymers and composite materials
- Material properties and selection criteria
- Corrosion, fatigue, and material testing techniques
7. Automotive Safety and Regulations
- Vehicle safety standards and regulations (NCAP, FMVSS)
- Crash testing procedures and analysis
- Occupant safety systems (airbags, seatbelts)
- Regulatory compliance and certification processes
8. Environmental Impact and Sustainability in Automotive Engineering
- Environmental challenges: emissions, resource usage
- Alternative fuels (biofuels, hydrogen, electric)
- Green manufacturing practices
- Lifecycle analysis and recycling of automotive components
9. Automotive Engine Performance and Tuning
- Engine performance parameters (power, torque, efficiency)
- Tuning techniques for optimization
- Emissions control technologies
- Diagnostic tools and performance testing
10. Autonomous and Connected Vehicles
- Autonomous driving technology overview
- Sensors and perception systems (LIDAR, RADAR, cameras)
- Connected vehicle systems and V2X communication
- Artificial intelligence and machine learning applications
- Implications for future automotive engineering and society
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