Unit Outlines
Automotive Engineering Technology: Core Concepts
AI Generated
Intermediate
60 hours
10 topics
Learning Objectives
5 objectives- Understand the fundamental concepts and history of automotive engineering technology.
- Analyze vehicle dynamics, powertrain systems, and materials used in automotive construction.
- Examine automotive electronics, control systems, and vehicle safety principles.
- Explore alternative fuels, sustainable technologies, and emerging trends in automotive engineering.
- Apply knowledge of automotive design, testing, and validation processes.
Content Outline
PreviewUnit 3641: Automotive Engineering Technology
1. Introduction to Automotive Engineering Technology
- Definition and scope of automotive engineering technology
- Historical development of the automotive industry
- Significance of automotive engineering in modern society
- Key concepts and terminology in the field
2. Vehicle Dynamics
- Basic principles of vehicle dynamics
- Suspension systems: types, components, and functions
- Steering mechanisms: design and operation
- Handling characteristics and stability
- Influence of vehicle dynamics on safety and performance
3. Automotive Powertrains
- Overview of powertrain systems
- Internal combustion engines: types, operation, and components
- Electric motors and electric vehicle powertrains
- Hybrid powertrain systems: architecture and control strategies
- Comparison of powertrain efficiencies and emissions
4. Automotive Materials and Manufacturing
- Common materials used in vehicle construction (metals, composites, plastics)
- Material properties affecting performance and durability
- Manufacturing processes: casting, forging, stamping, welding, and assembly
- Impact of materials and manufacturing on vehicle weight and fuel efficiency
5. Automotive Electronics and Control Systems
- Role of electronics in modern vehicles
- Engine Control Units (ECU): functions and architecture
- Sensors and actuators: types and applications
- On-board diagnostic systems (OBD) and fault detection
- Integration of control systems for optimized vehicle performance
6. Vehicle Safety and Crashworthiness
- Principles of vehicle safety design
- Crash testing procedures and standards
- Occupant protection systems: airbags, seatbelts, and crumple zones
- Regulatory requirements and safety certifications
7. Alternative Fuels and Sustainable Technologies
- Overview of alternative fuel sources: biofuels, hydrogen, electricity
- Fuel cell technology and hydrogen-powered vehicles
- Electric vehicles and battery technologies
- Sustainable technologies aimed at reducing environmental impact
- Challenges and future prospects for alternative fuels
8. Emerging Trends in Automotive Engineering
- Autonomous vehicles: technology and challenges
- Connected cars and vehicle-to-everything (V2X) communication
- Advanced driver-assistance systems (ADAS): features and benefits
- Impact of Industry 4.0 and digitalization on automotive engineering
9. Automotive Design and Styling
- Principles of automotive design and aesthetics
- Aerodynamics: fundamentals and impact on performance
- Styling considerations and consumer appeal
- Design process: from concept to production
10. Automotive Testing and Validation
- Importance of testing in automotive engineering
- Durability and reliability testing methods
- Performance evaluation techniques
- Regulatory compliance and certification processes
- Case studies on testing failures and improvements
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