The applications of electronics in automotive engineering represent a convergence of multiple technological disciplines: computer science, electrical engineering, mechanical engineering, materials science, and artificial intelligence.

1. Applications of Electronics in
Automotive Engineering
Summary Presentation

2. 1. Introduction & Evolution
• Evolution from 1960s electronic ignition to
2020s autonomous vehicles. Modern vehicles
have 80-120 ECUs, 100M+ lines of code.

3. 2. Engine & Powertrain
Management
• Includes EFI, ECU, transmission systems,
turbochargers. Improves fuel efficiency,
emissions, and performance.

4. 3. Safety & Driver Assistance
Systems
• ABS, ESC, airbags, and ADAS like ACC, LDW,
and FCW enhance driving safety and reduce
accidents.

5. 4. Electric & Hybrid Vehicle
Systems
• BMS, inverters, regenerative braking, and
charging systems enable efficient energy use
and EV operation.

6. 5. Infotainment & Connectivity
• Advanced A/V systems, GPS, smartphone
integration, OTA updates provide
communication and entertainment.

7. 6. Body Electronics & Comfort
• Power windows, locks, climate, lighting, seat
controls improve user comfort and vehicle
convenience.

8. 7. Autonomous & Semi-
Autonomous Systems
• Use of cameras, radar, LiDAR, AI processors
and V2X for safe and intelligent automation.

9. 8. Diagnostic & Maintenance
• OBD systems, predictive maintenance,
telematics ensure reliability and fault
prevention.

10. 9. Future Trends & Emerging
Technologies
• Trends include EV tech, 5G, AI, cybersecurity,
solid-state batteries, and quantum sensors.

11. 10. Conclusion
• Electronics transformed vehicles into efficient,
safe, connected systems. Future: autonomy,
ultra-fast charging, smart city integration.