Automotive Embedded Validation Engineer Training

Automotive Embedded Validation Engineer Training

Course Overview:

The Automotive Embedded Validation Engineer Training is an extensive program tailored to impart critical skills and knowledge necessary for validating and ensuring the quality of embedded systems in the automotive industry. This course emphasizes key areas such as verification methodologies, validation techniques, and adherence to industry standards, ensuring the reliability, safety, and performance of automotive electronic control units (ECUs) and systems. Through a blend of theoretical lectures, practical lab sessions, and real-world projects, students will gain hands-on experience in automotive embedded system validation. This training will prepare you to meet the demands of the rapidly evolving automotive sector and excel as an embedded validation engineer.

Course Objectives

Understand Automotive Embedded Systems: Introduce students to the fundamentals of embedded systems, their applications in automotive engineering, and the role of ECUs in modern vehicles.

Learn Automotive Communication Protocols: Explore various automotive communication protocols such as CAN, LIN, FlexRay, and Ethernet, along with their importance in automotive networks.

Grasp Automotive Electronics: Gain insights into automotive electronic components, microcontroller architectures, and memory systems relevant to automotive ECUs.

Develop Embedded Software Validation Techniques: Learn software validation methods, including static analysis, dynamic testing, and unit testing, to ensure the correctness of automotive software.

Implement Model-Based Development: Utilize MATLAB/Simulink for model-based validation and verification of automotive systems, enabling rapid prototyping and validation.

Comprehend Functional Safety and ISO 26262: Understand the principles of functional safety in the automotive industry and the ISO 26262 standard for safety-critical systems.

Master Hardware Validation Techniques: Gain hands-on experience with hardware validation, hardware-in-the-loop (HIL) testing, and calibration of automotive ECUs.

Apply Automotive System Integration and Testing: Perform system integration testing and validation, focusing on hardware-software integration and system-level performance.

Work on Real-World Validation Projects: Engage in practical projects to validate automotive embedded systems, applying industry best practices and methodologies.

Course Modules

Module-1: Introduction to Automotive Embedded Systems

Overview of embedded systems in the automotive domain

Applications and significance of automotive ECUs

Introduction to automotive architectures and ECU functionalities

Module-2: Automotive Communication Protocols

In-depth study of CAN, LIN, FlexRay, and Ethernet protocols

Message-based communication and arbitration mechanisms

AUTOSAR communication stack overview

Module-3: Automotive Electronics and Microcontrollers

Understanding automotive electronic components and sensors

Commonly used microcontroller architectures in automotive systems

Memory systems and I/O interfaces for automotive ECUs

Module-4: Embedded Software Validation Techniques

Static analysis for code quality assessment

Dynamic testing, unit testing, and test-driven development (TDD)

Code coverage analysis and metrics for software validation

Module-5: Model-Based Development and Validation with

MATLAB/Simulink

Basics of model-based design (MBD) and its application in automotive systems

Rapid prototyping and validation using MATLAB/Simulink

Validation of control algorithms for automotive functionalities

Module-6: Automotive Functional Safety and ISO 26262

Principles of functional safety in the automotive industry

Overview of the ISO 26262 standard and its implementation

Safety analysis and validation for safety-critical systems

Module-7: Hardware Validation Techniques and HIL Testing

Introduction to hardware validation and HIL testing

Developing HIL test scenarios and test automation

ECU calibration and validation using HIL systems

Module-8: Automotive System Integration and Testing

Challenges of hardware-software integration in automotive ECUs

System testing methodologies (black-box, white-box, regression, etc.)

Test automation and continuous integration (CI) in the automotive context

Module-9: Real-World Validation Projects and Case Studies

Engaging in practical projects to validate automotive embedded systems

Analyzing case studies of automotive embedded validation challenges

Project presentations and discussions

Contact Us Now!

Phone:

+91-9071123555

Email:

info@piestsystems.com

Registration