Build Automotive ECUs with AUTOSAR

Electric Mobility & Automotive

Venue : T-works
Starting Date : 24th - 26th March 2026
Duration : 3 Days
Registration : ₹15,000+ GST

Open toEmbedded Engineers in Automotive, ECU Developer and User, Project Leaders

Register

  • AUTOSAR layered architecture, VFB concepts, and ASWC design

  • RTE and OS integration with runnable execution and code flow

  • CAN communication stack configuration and implementation

  • BSW, ECU Manager, and mode management concept

  • Memory stack configuration and NVM handling

  • UDS diagnostics stack implementation and validation

Core Learning Pillars

✔ Complete coverage of AUTOSAR architecture and software stack

✔ Strong focus on implementation and code-level understanding

✔ Hands-on configuration of RTE, OS, Communication, Memory & Diagnostic stacks

✔ Practical exposure to CAN and UDS protocols

✔ Real-time demonstrations of code flow and stack interaction

✔ Delivered in classroom or online format

. 

Key Highlights

✔ Basic knowledge of automotive software development

✔ Familiarity with embedded systems and C programming

✔ Understanding of automotive communication concepts (recommended)

Prerequisites

Program Details

  • AUTOSAR - Introduction & ASWC

    • Overview and Introduction to Architecture

    • Application Design in VFB Level

    • Software Component

    • Interfaces in AUTOSAR

    RTE & OS

    • RTE Layer

    • Implement RTE

    • OS

    • Implement the ASWC with OS and RTE

    RTE & OS Implementation

    • Implementing the ASWC- Exploring all the possible RTE implementation.

    • Integration of ASWC with other stacks

    • Code navigation in RTE. Demonstrating how RTE Events trigger the runnables with the help of OS

    • Code navigation of access points.

    CDD and IO Stack

    • CDD Integration of Algorithms

  • COMMUNICATION and CAN Stack with Implementation

    • Communication Module

    • PDIJR

    • CANIF

    • CAN Driver

    • CAN Transceiver

    • CAN TP

    • Implementation of Communication Stack

    • Loading the dbc file and monitoring the code flow from Com Module to CAN using ECUC reference

    • Compare the dbc file and the PDUs and make sure the data constraints are applied and the PDU config in stack and dbc are the same

    • Demonstration

    BSW Manager and ECU Manager

    • Mode Management Introduction and Implementation

    • Configuring the BSW Manager for the Communication Stack and a mode Switch condition as given by the ANCIT team

    • ECU Manager understanding, Configuration and Callouts Demonstration

  • Memory Stack and Implementation

    • EEPROM driver

    • Flash Driver

    • Fee

    • Memlf

    • NVM

    • Demonstration

    UDS, Diagnostic Stack and Implementation

    • DEM

    • DCM

    • FIM

    • DET

    • Demonstration

AUTOSAR is no longer optional—it’s foundational.

Move beyond theory and learn AUTOSAR the way it’s used in real ECUs.

Register