Empower Your ISO 26262 Software Development and Processes with Model-Based Design

Overview

Learn how Model-Based Design facilitates the development of safety-critical application software through production code generation. This webinar addresses these concerns by exploring how to effectively manage the risks associated with automation in development toolchains, in compliance with industry standards.

View as industry experts discuss common customer doubts and provide insights into using model-based design tools for ISO 26262 compliance. Discover how to develop high-integrity systems end-to-end using the MATLAB, Simulink, and Polyspace suite of products. This covers concept phase activities like item definition and hazard analysis and risk assessment (HARA) and product development at the system and software levels. Navigating the complexities of choosing a toolchain for developing functionally safe electrical and electronic (E/E) systems is a critical challenge. Engineers must balance the automation of repetitive tasks with the need to prevent the inadvertent introduction of faults into the final product. Additionally, explore the benefits of Model-Based Design for seamless integration and testing of both application and non-application software.

Highlights

• Functional Safety Essentials: Understand the significance of tool integration in ensuring functional safety.
• Model-Based Design Applications: Discover how to apply Model-Based Design to system and software architectures.
• Detailed Design and Verification: Utilize MATLAB, Simulink, and Polyspace for unit design and verification.
• Integration Testing: Explore integration testing techniques using Model-Based Design for robust software development.
• Optimizing Toolchains: Learn strategies to use enhanced toolchains for optimal functional safety.

About the Presenter

Nukul Sehgal is a Senior Application Engineer at MathWorks where he leverages over a decade of software engineering experience as a Technical Strategist and SDV Solution Expert. He is passionate about supporting customers with cutting-edge solutions in Software-Defined Vehicles (SDV), Service-Oriented Architecture (SOA), Embedded Linux and High-Performance Computing (HPC).  His deep knowledge encompasses cybersecurity, applied AI on Embedded Edge devices, cloud integration & DevOps.

Nukul brings a proven track record of success, having previously led software engineering teams at Interface Microsystems. There, he spearheaded projects in ECU design, software & firmware development, and functional testing. His expertise extends to complete SDLC methodologies and adherence to industry standards like ASPICE, ISO 26262 and ISO 21434.

Mohammad Abu-Alqumsan is a Product Manager at MathWorks. Mohammad focuses on quality, safety and cybersecurity and consults with industry participants on qualifying tools and developing workflows that comply with popular certification standards such as ISO 26262, SOTIF, IEC 61508, ISO 21434 and Automotive SPICE.