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Automotive Embedded Systems

 

Course Overview

The Automotive Embedded Systems Training Course is designed to provide practical and theoretical knowledge required to develop, test, and debug embedded systems used in modern vehicles. The course focuses on automotive ECUs, communication protocols, real-time systems, and industry-standard tools used in automotive electronics.

This training is suitable for engineering students, fresh graduates, and working professionals who want to build a career in the automotive embedded domain.

Course Objectives

  • By the end of this course, participants will be able to:
  • Understand automotive embedded system architecture
  • Program microcontrollers used in automotive applications
  • Work with automotive communication protocols such as CAN and LIN
  • Develop and test ECU-level applications
  • Understand functional safety and automotive standards

Career Opportunities

  • Automotive Embedded Engineer
  • ECU Software Developer
  • CAN/LIN Engineer
  • Embedded Test Engineer
  • Automotive Software Trainee


Certification:

  • Participants who successfully complete the Automotive Embedded Systems Training Course will receive a Course Completion Certificate.
    The certificate will be awarded based on attendance, hands-on performance, and final assessment.
  • This certification validates the learner’s practical skills and theoretical knowledge in automotive embedded systems and can be used for academic records, job applications, and interviews.
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What Will You Learn?

  • Understand automotive embedded system architecture and ECUs
  • Program microcontrollers using Embedded C
  • Work with automotive communication protocols like CAN and LIN
  • Interface automotive sensors and actuators
  • Implement interrupt, timer, and real-time concepts
  • Analyze CAN messages using CAN tools
  • Understand ECU diagnostics and fault codes
  • Learn basics of AUTOSAR architecture
  • Apply functional safety concepts (ISO 26262 basics)
  • Debug and test automotive embedded applications

Course Content

Introduction to Automotive Embedded Systems
Overview of automotive electronics What is an ECU? Embedded systems in modern vehicles

Basics of Embedded Systems
Fundamentals Microcontroller vs microprocessor Automotive embedded architecture

Embedded C Programming
C programming basics for embedded systems Data types, pointers, and memory Control structures and functions Coding standards (MISRA C – introduction)

Microcontroller Architecture
CPU, registers, and memory organization GPIO programming Timers and counters Interrupt handling

Sensors and Actuators
Automotive sensors overview Analog and digital sensors Actuators used in vehicles Interfacing sensors and actuators

LIN and Other Protocols
LIN protocol basics LIN master–slave concept Introduction to FlexRay Automotive Ethernet overview

Real-Time Operating Systems (RTOS)
What is RTOS? Tasks, scheduling, and priorities Semaphores and queues RTOS in automotive applications

AUTOSAR Basics
Introduction to AUTOSAR Classic vs Adaptive AUTOSAR AUTOSAR architecture overview Benefits of AUTOSAR

ECU Diagnostics
Introduction to OBD-II Diagnostic Trouble Codes (DTC) UDS protocol overview Fault detection and reporting

Functional Safety
Introduction to ISO 26262 ASIL levels Safety mechanisms Watchdog timers

Debugging and Testing
Debugging tools (JTAG, SWD) CAN analyzer usage Software testing basics ECU testing methods

Hands-On Projects
CAN-based communication project Sensor-based automotive application ECU simulation project Final mini project

Certification & Assessment
Practical evaluation Final assessment Course completion certificate

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