Introduction to Automotive Embedded Systems

This course is designed to introduce learners to the critical role of embedded systems in automotive technology.

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Course curriculum

1. Segment 01 - Introduction to the Course & Meet Your Instructor
2. Segment 02 - The Essence of Embedded Systems in Automotive
3. Segment 03 - Key Components of Automotive Embedded Systems
4. Segment 04 - Automotive Applications of Embedded Systems
1. Segment 05 - Microcontroller Basics for Automotive Applications
2. Segment 06 - Programming Microcontrollers
3. Segment 07 - Case Studies: Microcontrollers in Action
1. Segment 08 - Embedded Software Development Lifecycle
2. Segment 09 - Tools and Languages for Automotive Embedded Development
3. Segment 10 - Challenges in Automotive Embedded Software Development
1. Segment 11 - Introduction to Sensors and Actuators in Automotive Systems
2. Segment 12 - Role of Sensors in Automotive Systems
3. Segment 13 - Sensor Technologies and Applications
4. Segment 14 - Integrating Sensors with Embedded Systems
1. Segment 15 - Understanding Actuators and Their Functions
2. Segment 16 - Types of Actuators and Usage
3. Segment 17 - Challenges in Actuator Integration
1. Segment 18 - Data Acquisition from Sensors
2. Segment 19 - Control Strategies Using Actuators
3. Segment 20 - Real World Example: Sensor and Actuator Integration
1. Segment 21 - Introduction to Advanced Topics in Automotive Embedded Systems
2. Segment 22 - Introduction to Embedded Systems in EVs and HVs
3. Segment 23 - Challenges in Designing for EVs and HVs
4. Segment 24 - Case Studies: Successful Embedded Systems in EVs and HVs
1. Segment 25 - Vehicle Connectivity: Embedded Systems for Communication
2. Segment 26 - Foundations of Autonomous Driving
3. Segment 27 - Embedded Systems in Autonomous Vehicle Case Studies
1. Segment 28 - Emerging Technologies in Automotive Embedded Systems
2. Segment 29 - Challenges and Opportunities
3. Segment 30 - Preparing for the Future of Automotive Technologies
1. Segment 31 - Introduction to Future Trends and Innovations in Automotive Embedded Systems
2. Segment 32 - Exploring Cutting-Edge Innovations
3. Segment 33 - Impact of AI and Machine Learning
4. Segment 34 - The Role of IoT and Connectivity
1. Segment 35 - Understanding Automotive Cybersecurity
2. Segment 36 - Strategies for Enhancing Security
3. Segment 37 - Case Study: Cybersecurity Implementation
1. Segment 38 - Embedded Systems for Sustainable Mobility
2. Segment 39 - Innovations in Electric and Hybrid Vehicles
3. Segment 40 - Future of Green Automotive Technologies
4. Segment 41 - Wrap-up & Key Takeaways

About this course

Free
41 lessons
2.5 hours of video content

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Introduction to Automotive Embedded Systems

Course curriculum

Module 1.1 - Introduction to Embedded Systems in Automotive

Module 1.2 - Microcontrollers and Their Role

Module 1.3 - Software Development for Embedded Systems

Module 2.1 - Introduction to Sensors in Automotive

Module 2.2 - Actuators in Automotive Applications

Module 2.3 - Sensor and Actuator Data Management

Module 3.1 - Embedded Systems in Electric and Hybrid Vehicles

Module 3.2 - Connectivity and Autonomous Driving Technologies

Module 3.3 - Future Trends and Innovations in Automotive Embedded Systems

Module 4.1 - The Next Frontier in Automotive Technologies

Module 4.2 - Cybersecurity in Automotive Embedded Systems

Module 4.3 - Sustainable and Green Technologies

About this course

Discover your potential, starting today