Course Description
- Comprehensive exploration of electronics in modern vehicles.
- Learn the fundamentals of automotive electronic systems, including the architecture of vehicle electronics, sensors, actuators, and electronic control units.
- Gain expertise in engine control units and powertrain management for optimal vehicle performance.
- Delve into electric vehicles and hybrid power systems, learning about the battery management system (BMS) and energy management.
- Focus on practical applications, including advanced driver-assistance systems (ADAS) and infotainment systems..
Course Objectives
- Explore automotive networking for enhanced vehicle communication and functionality.
- Significance
- Requirements
- Bus systems
- Master power management strategies for efficiency in electric and hybrid vehicles.
- Learn about the design, function, and technical requirements of starter batteries in automotive systems.
- Requirements
- Design and operating principles
- Alternators
- Starting systems
- Explore the role and integration of sensors and actuators in vehicles.
- Study the evolution, technology, and power management of automotive lighting and display systems.
- Learn about managing thermal challenges, EMC standards, and the impact of environmental factors on automotive electronics.
- Understand future trends and challenges in automotive electronics.
- Wireless power transfer
- Impact of electrification
- Analyze real-world case studies in automotive power electronics.
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