Automotive Trainings on Cybersecurity ISO 21434, Functional safety ISO 26262, Autosar architecture, embedded System

Training & Skill Development

Our Practical Industry integrated training program are crafted to empower professional at every level- from engineers and project managers to senior technical leaders, Whether you're navigating the complexities of Automotive cybersecurity, mastering functional safety, ensuring regulatory compliance or implementing AUTOSAR architecture.

We don't just teach- we enable Transformation

Our Trainings

In House Cybersecurity trainings and Support
In House Cybersecurity trainings and Support

Automotive Cybersecurity - ISO 21434

We support automotive teams aligned with ISO/SAE 21434, the global standard for vehicle cybersecurity.

Services covers

  • Cybersecurity Risk Management across the vehicle lifecycle

  • Secure design, Developement and Validation practice

  • Compliance audits and gap assessments

  • Team trainings on ISO 21434 principle and Implementation

Vehicle Cybersecurity and Functional safety solutions
Vehicle Cybersecurity and Functional safety solutions

Functional Safety - ISO 26262

This course provides a comprehensive overview of safety engineering in embedded systems and automotive ECUs.
Topics include ASIL allocation, safety concept development, and ensuring tool confidence.

Objectives

  • Learn how to define and structure safety goals and requirements aligned with system functionality.

  • Master industry-standard techniques for identifying, analyzing, and mitigating potential failures.

  • Understand how to assign Automotive Safety Integrity Levels and develop robust safety architectures.

  • Ensure tool confidence and build structured safety cases to support compliance with ISO 26262.

Vehicle hardware functional safety and Embedded Code implementation
Vehicle hardware functional safety and Embedded Code implementation

AUTOSAR (Classic & Embedded)

Gain a deep understanding of the AUTOSAR architecture .
This training offers hand-on experience in Software stack design, ECU configuration and Autosar/Embedded Integration process.

Objectives

AUTOSAR Layered architecture and Services

Classic and Adaptive Platform differences

MCAL, BSW, RTE and Application Layer interaction

Embedded Architecture and Developement