Udemy – Embedded C for Automotive 2025-11

Updated August 10, 2026 2.4 GB

Download

About this item

Description

Embedded C for Automotive Course. This course is designed to master the core of modern vehicles. With the changing nature of cars towards “mobile computers”, the need for engineers who can write secure and reliable low-level code is felt more than ever. This course bridges the gap between standard C programming and the stringent requirements of automotive electronic control units (ECUs). In this educational path, the communication structure between hardware and software is carefully examined and how to work with registers, set timers and digitize sensor outputs using ADC is taught. In addition to basic concepts, this training covers more advanced topics such as designing a Bootloader for software updates and developing drivers required for critical communication protocols such as CAN bus, SPI and I2C. Through hands-on projects that involve connecting sensors and motor control logic, participants will gain the practical skills needed to design software for digital cockpits and vehicle management systems. The course provides engineers with the technical foundation they need to play an effective role in the future of the transportation and mobility industry. The educational approach is designed to fully cover all critical aspects, including real-time systems and automotive diagnostic layers.

What you will learn

Fundamentals of Embedded Systems: Understanding the principles and foundations of embedded systems in the world of engineering.
Embedded C Programming: Learn the fundamentals of C programming specifically for embedded environments.
Application in the automotive industry: Implementation and use of Embedded C programming in specialized automotive applications.
Modular Software Design: Learn how to design Embedded C-based software for automotive electronic modules.
Real-time systems: Understand the concepts of interrupts, timers, and integration with RTOS for time-sensitive tasks.
Troubleshooting and Diag: Review of UDS troubleshooting services and implementation of fault detection layer for automotive products.
Communication protocols: Driver development and communication management via CAN, SPI, and I2C buses.

This course is suitable for people who:

Automotive Software Developers: Professionals looking to improve their skills in automotive coding.
Embedded systems software engineers: People who plan to apply their knowledge to the automotive industry.
Entry-level programmers: Those who are new to the automotive industry and need to learn the basics.
Students and researchers: People who are researching modern cars in fields related to electricity, electronics, and computers.
Hardware engineers: Those who want to become more familiar with the software layer of automotive electronic equipment.