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Automotive Embedded Systems Course :

Automotive embedded systems are integrated into vehicles to control and monitor various functions such as powertrain control, driver assistance systems, infotainment systems, and safety systems.


These systems are designed to work in real-time and often operate under harsh conditions. They use microcontrollers and other specialized hardware to perform their functions, and they communicate with other systems in the vehicle using various communication protocols

1. Introduction to automotive embedded systems: This module covers the basics of embedded systems in the automotive industry, including the different types of systems used in vehicles and their applications.

2. Automotive communication protocols: This module covers the different communication protocols used in the automotive industry, such as CAN, LIN, and FlexRay.

3. Embedded software development for automotive systems: This module covers the software development process for embedded systems in the automotive industry, including programming languages and development tools.

4. Automotive sensors and actuators: This module covers the different types of sensors and actuators used in vehicles, and their interface with embedded systems.

5. Automotive safety standards: This module covers the safety standards and regulations that apply to embedded systems in the automotive industry, such as ISO 26262.

6. Project-based learning: This module allows students to apply the knowledge they have acquired in the previous modules to a real-world project.

7. Industry trends and future developments: This module covers the latest trends and future developments in the field of automotive embedded systems.

Duration: 3 Months

Batches : Regular as well as Weekends

fast track Batch option available.


Syllabus :

Basics of Automotive domain

use of Embedded in automotive

Automotive Embedded system design

Automotive product development life cycle

Automotive Sensors and Transducers

Automotive grade microcontrollers

Microcontroller Architecture

Microcontroller programming

Sensor interfacing

Hall Sensor for Speed

PWM Generation

Motor Control

Actuators , Sensors , Semiconductor Components

Integrated Circuits & SMD Components

Electric Motors & Driving Techniques

Communication Protocol : USART, I2C , SPI, CAN Bus

Use of Protocols, Communication Protocols

RS 232, I2C protocol , SPI Protocol

Introduction to Automotive Protocols : CAN , J1939

CAN Protocol Training:

Introduction to CAN protocol

Use of CAN protocol in Automotive

Basic of CAN Standard and Extended

CAN communication

Implementation of CAN drivers

CAN Hardware

comparison I2C,SPI,RS232-drawbacks

why CAN, CAN basics, OSI -reference model,

node concept, CSMA/CD-CR

Frame contents for all types

Physical Layer, Arbitration Concept, Frame Formats

Bit-stuffing coding

Types of errors – Ack error, stuff error, form error, bit error, crc error

CAN bus arbitration

Fault Confinement

Interfacing of PIC18f458 with MCP2551 and CAN BUS

Bit timing calculations

Baud Rate calculations

Architecture of CAN engine in PIC18f458

need of filter and mask registers

modes discussion in pic18f458

Project creation

loop back mode testing

creating 2 nodes =transmitter and receiver nodes

send any data from transmitter node and receiving the same data on receiver node

Interview questions and discussion

CAB Analyzer Tool Chain

Building Simple CAN Application using CAN Training Kit

MATLAB Simulink :

Need for Simulation, Simulation Parameters – Simulation Time and Step Size

Solver – Types and Use, Introduction to Model Based Design, Simulink Basics

Simulink Library Browser, Simulink Editor Window

Creating a simple model, Connecting blocks

Simulating the model


Introduction to Finite State Machines

Need of Stateflow, Stateflow Truth Table

Stateflow Chart Editor, Flow based logic

State based logic, Super state vs Sub states

Stateflow elements – functions, embedded MATLAB functions etc.

Batch Scheduled

Sr. No.Course NameBatch ScheduleDurationRegistration
1 Advance Career Track in Embedded

8 Sep 2023 ,
25 Sep 2023

4 Months
2PG Diploma in Embedded Systems

8 Sep 2023 ,
25 Sep 2023

3 Months
3PG Diploma in Automotive Embedded

8 Sep 2023 ,
25 Sep 2023

3 months
4 IOT ( Internet of Things )

8 Sep 2023 ,
25 Sep 2023

45 days
5 Advance IOT ( Internet of Things )

8 Sep 2023 ,
25 Sep 2023

3 Months

Download Syllabus