Introduction to Automotive Embedded Systems
This course is designed to introduce learners to the critical role of embedded systems in automotive technology.
Overview
This course includes:
- 4 hours of on-demand video
- Certificate of completion
- Direct access/chat with the instructor
- 100% self-paced online
This course is designed to introduce learners to the critical role of embedded systems in automotive technology. Starting with foundational concepts and frameworks, the course progresses through the design, development, and implementation of embedded systems within vehicles. Learners will explore microcontrollers, software development, sensor integration, and the application of these systems to enhance vehicle functionality, safety, and performance. Through real-world examples and case studies, participants will understand how embedded systems are transforming the automotive industry.
Skills You Will Gain
Learning Outcomes (At the end of this program you will be able to)
- Recall the architecture and components of automotive embedded systems (Remember, Understand).
- Apply principles of software development to automotive applications (Apply, Analyze).
- Design a basic embedded system for an automotive application (Create, Evaluate).
- Assess the impact of emerging automotive technologies (Analyze, Evaluate).
Prerequisites
- Basic understanding of programming concepts
- Familiarity with electronic components
- An interest in automotive technology
- No prior experience with embedded systems required
Who Should Attend
- Automotive Engineering Students
- Entry-Level Embedded System Engineers
- Technology Hobbyists interested in Automotive Applications
- Software Developers entering the Automotive Field
Curriculum
1Module 1.1 - Introduction to Embedded Systems in Automotive
Segment 01 - Introduction to the Course & Meet Your Instructor
Segment 02 - The Essence of Embedded Systems in Automotive
Segment 03 - Key Components of Automotive Embedded Systems
Segment 04 - Automotive Applications of Embedded Systems
2Module 1.2 - Microcontrollers and Their Role
Segment 05 - Microcontroller Basics for Automotive Applications
Segment 06 - Programming Microcontrollers
Segment 07 - Case Studies: Microcontrollers in Action
3Module 1.3 - Software Development for Embedded Systems
Segment 08 - Embedded Software Development Lifecycle
Segment 09 - Tools and Languages for Automotive Embedded Development
Segment 10 - Challenges in Automotive Embedded Software Development
4Module 2.1 - Introduction to Sensors in Automotive
Segment 11 - Introduction to Sensors and Actuators in Automotive Systems
Segment 12 - Role of Sensors in Automotive Systems
Segment 13 - Sensor Technologies and Applications
Segment 14 - Integrating Sensors with Embedded Systems
5Module 2.2 - Actuators in Automotive Applications
Segment 15 - Understanding Actuators and Their Functions
Segment 16 - Types of Actuators and Usage
Segment 17 - Challenges in Actuator Integration
6Module 2.3 - Sensor and Actuator Data Management
Segment 18 - Data Acquisition from Sensors
Segment 19 - Control Strategies Using Actuators
Segment 20 - Real World Example: Sensor and Actuator Integration
7Module 3.1 - Embedded Systems in Electric and Hybrid Vehicles
Segment 21 - Introduction to Advanced Topics in Automotive Embedded Systems
Segment 22 - Introduction to Embedded Systems in EVs and HVs
Segment 23 - Challenges in Designing for EVs and HVs
Segment 24 - Case Studies: Successful Embedded Systems in EVs and HVs
8Module 3.2 - Connectivity and Autonomous Driving Technologies
Segment 25 - Vehicle Connectivity: Embedded Systems for Communication
Segment 26 - Foundations of Autonomous Driving
Segment 27 - Embedded Systems in Autonomous Vehicle Case Studies
9Module 3.3 - Future Trends and Innovations in Automotive Embedded Systems
Segment 28 - Emerging Technologies in Automotive Embedded Systems
Segment 29 - Challenges and Opportunities
Segment 30 - Preparing for the Future of Automotive Technologies
10Module 4.1 - The Next Frontier in Automotive Technologies
Segment 31 - Introduction to Future Trends and Innovations in Automotive Embedded Systems
Segment 32 - Exploring Cutting-Edge Innovations
Segment 33 - Impact of AI and Machine Learning
Segment 34 - The Role of IoT and Connectivity
11Module 4.2 - Cybersecurity in Automotive Embedded Systems
Segment 35 - Understanding Automotive Cybersecurity
Segment 36 - Strategies for Enhancing Security
Segment 37 - Case Study: Cybersecurity Implementation
12Module 4.3 - Sustainable and Green Technologies
Segment 38 - Embedded Systems for Sustainable Mobility
Segment 39 - Innovations in Electric and Hybrid Vehicles
Segment 40 - Future of Green Automotive Technologies
Segment 41 - Wrap-up & Key Takeaways
Instructors
Ashraf S. A. AlMadhoun
He is an accomplished Online Trainer, Educational Entrepreneur, and Technical Instructor with a proven track record of empowering individuals through transformative education. Over the years, he has successfully trained more than 450,000 students worldwide on a diverse range of topics, including Digital Marketing, Freelancing, Programming, Entrepreneurship, Circuit Design, and Programmable Logic Controllers.
As a dedicated YouTuber and content creator since 2009, he has leveraged his expertise in WordPress websites, blogging, content marketing, and social media management to create impactful educational resources. His YouTube channel, with over 45,000 subscribers and more than 15 million views, has become a valuable hub for free knowledge and mentoring on life-related topics.
He is the CEO and Founder of the Educational Engineering Team, a specialized platform that offers training and consulting services in Microcontrollers, Embedded Systems, and IoT. Driven by a passion for nurturing future talent, he has mentored and supported over 200 Bachelor, Master, and Ph.D. students in their thesis and final projects, fostering excellence in engineering and technology.
With more than seven years of experience as a Technical Instructor at Gaza Training Community College, he has guided over 250 students in obtaining their diplomas in Mechatronics Engineering. His multidisciplinary expertise spans Electrical, Computer, Mechanical, and Control Engineering, enabling him to solve complex challenges and drive innovation.
Whether consulting, freelancing, or leading educational initiatives, he remains committed to equipping learners with in-depth knowledge and practical skills. His dedication to making education accessible and impactful has made him a respected figure in the fields of Embedded Systems, IoT, and Mechatronics Engineering.
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Yes, we do offer a certification upon completion of our course to showcase your newly acquired skills and expertise.
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