AUTOSAR Engineer - Course

Courses related to Automotive Embedded Testing, System Engineering, Functional Safety, HIL Testing, Python Test Automation, and C Programming:

Total No of Seats Available - 20 seats per batch

Additional Details

Learning Approach: Hands-on, practical learning with real-world projects. projects.

Career Support: Resume building, interview coaching, and job placement assistance.

Interactive Elements: Instant doubt resolution, expert guidance, and industry-ready skills development. For more information, you can visit the DPIT Systems website (https://dpitsystems.com) or contact them directly through their support channels.

Overview
Course Highlights
Who Should Enroll?
Learning Objectives

Overview

Master Automotive Software Architecture with AUTOSAR

The AUTOSAR (Automotive Open System Architecture) standard has become the backbone of modern automotive software development. Our AUTOSAR Engineer course provides comprehensive training in AUTOSAR Classic and AUTOSAR Adaptive, equipping you with the skills to design, configure, and validate automotive software architectures. You’ll work with ECU (Electronic Control Unit) software and learn how to integrate various components to ensure system compatibility, safety, and performance in next-generation vehicles. This course prepares you to excel in the rapidly expanding field of automotive software engineering.

Course Highlights

  • In-depth training in both AUTOSAR Classic and AUTOSAR Adaptive platforms.
  • Hands-on projects developing ECU software for automotive systems.
  • Component configuration using AUTOSAR tools like DaVinci, Vector, and EB tresos Studio.
  • Learn software component modeling, runtime environments (RTE), and basic software (BSW).
  • Gain experience with communication protocols like CAN, LIN, and FlexRay in AUTOSAR systems.
  • Exposure to safety and performance requirements in autonomous driving and electric vehicle (EV) systems.

Who Should Enroll ?

This course is ideal for individuals who want to specialize in automotive software engineering and AUTOSAR platforms, including:

  • Embedded Software Engineers looking to develop expertise in AUTOSAR and automotive software architecture.
  • Automotive Engineers transitioning into software development for ECU systems.
  • System Engineers aiming to integrate AUTOSAR-compliant software components into vehicle architectures.
  • Fresh Engineering Graduates interested in building a career in AUTOSAR-based software development.

Learning Objectives

By the end of the course, you will:

  • Understand the structure and components of the AUTOSAR Classic and Adaptive platforms.
  • Gain practical experience in configuring ECU software using AUTOSAR tools like DaVinci and Vector.
  • Develop and validate software components for automotive systems.
  • Learn how to integrate communication protocols like CAN, LIN, and FlexRay into AUTOSAR architectures.
  • Master the skills required to ensure software compliance with safety standards, including ISO 26262.

Automotive AUTOSAR Classic Engineer
course syllabus and curriculum

1. Introduction to AUTOSAR Architecture
Learn the fundamental concepts of AUTOSAR Classic and AUTOSAR Adaptive, including system layers, software components, and runtime environments (RTE).
2. Software Component Configuration
Develop and configure software components using AUTOSAR tools like DaVinci Developer, Vector, and EB tresos Studio.
3. Communication Protocols in AUTOSAR
Gain expertise in implementing and validating communication protocols such as CAN, LIN, and FlexRay within the AUTOSAR environment.
4. Basic Software (BSW) and Runtime Environment (RTE)
Learn how to configure and optimize the Basic Software (BSW) and ensure seamless interaction with the Runtime Environment (RTE) in AUTOSAR systems.
5. Safety Standards and AUTOSAR Compliance
Understand how to ensure AUTOSAR compliance with functional safety standards like ISO 26262.
6. Hands-On Projects
Work on real-world projects such as configuring and testing ECU software for autonomous driving features or electric vehicle systems.

Certification and Career Support

Upon completing the course, you’ll receive a certification in AUTOSAR Engineering, recognized by leading automotive companies. Our career support services also provide:

  • Resume building workshops and Interview preparation focused on AUTOSAR roles.
  • Job placement assistance with companies looking for skilled AUTOSAR engineers.

Course Format

  • Mode: Available in both online and in-person formats.
  • Session Type: Live interactive sessions, practical labs for in-person learners, and recorded materials for flexible study
  • Duration: 60 days (full-time), with additional crash course options for working professionals.

Frequently Asked Questions

Basic programming knowledge and understanding of embedded systems is recommended, but the course covers foundational AUTOSAR concepts for beginners and professionals alike.

Yes! The course includes hands-on projects where you’ll use tools like DaVinci Developer, Vector, and EB tresos Studio to configure and validate software components.

Yes, the course is available in both online and in-person formats. Live sessions and recorded materials are provided for flexible learning.

This course equips you with the skills required to work as an AUTOSAR Engineer, Embedded Software Engineer, or System Architect, focusing on software development for modern automotive systems.

Job Opportunities

Industry Demand

With the growth of autonomous vehicles (AVs), connected cars, and electric vehicles (EVs), the demand for skilled AUTOSAR Engineers is on the rise. Automotive companies are increasingly adopting AUTOSAR standards to ensure software modularity, scalability, and safety compliance. This course prepares you to meet this demand, making you highly competitive in the job market.

Types of Jobs

Graduates of this course are prepared for roles such as:

  • AUTOSAR Engineer
  • Embedded Software Engineer
  • ECU Software Developer
  • System Architect
  • Software Integration Engineer

Top Hiring Companies

Industry Trends

  • Autonomous Vehicles: With the increasing development of autonomous driving systems, AUTOSAR plays a crucial role in ensuring reliable and safe software architectures.
  • Electric Vehicles (EVs): As the EV market grows, engineers with AUTOSAR expertise are needed to integrate software systems for electric powertrains.
  • Connected Cars: The rise of connected vehicles increases the demand for engineers who can integrate complex software systems using AUTOSAR platforms.

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