Practical Strategies for EV, ADAS/AD, and ISO 26262 Compliance

The automotive industry faces a perfect storm: the race for Electrification, the rising complexity of ADAS, and the relentless pressure to reduce Time-to-Market. For OEMs, suppliers, and researchers, the challenge is clear—how to validate rapidly evolving technologies against strict safety standards (ISO 26262/NCAP) without the prohibitive cost and time of physical prototyping? Traditional trial-and-error methods are no longer viable; the industry requires a strategic shift to Model-based Design.

This webinar, "The Role of Model-based Design: From Vehicle Dynamics to Safety Validation," demonstrates how to navigate these challenges with a holistic development strategy:

• Enable "Shift Left" in Design Phase: Utilize high-fidelity simulation to validate EV architectures and ADAS logic before physical prototyping.
• Strengthen "Shift Right" Validation: Extending model value into the verification phase with ISO 26262 Fault Injection and seamless Hardware-in-the-Loop (HIL) integration.
• Accelerate the V-Model: A unified approach that validates advanced algorithms and streamlines NCAP certification, bridging the gap between virtual design and reality.
• Gain a Competitive Edge with "Digital Model Delivery": Elevate your supplier status by delivering validated simulation models alongside physical components.

Webinar Schedule

19 March 2026, from 3:00 PM - 3:40 PM Malaysian time
Online event including a LIVE Q&A session

What attendees will learn

• Enable "Shift Left" Strategy: Utilize high-fidelity simulation to validate EV architectures and ADAS logic in the early design phase, catching design flaws before hardware exists and reducing costly iterations.

• Strengthen "Shift Right" Validation: Extend the value of your models to the validation phase by deploying them into Hardware-in-the-Loop (HIL) systems for rigorous ISO 26262 compliance and ECU testing.

• Gain a Competitive Edge with "Digital Model Delivery": Elevate your supplier status by delivering validated simulation models alongside physical components, enabling OEMs to integrate your products faster and reducing their development risk.

• Validate Advanced Research with Industry-Proven Physics: Leverage high-fidelity vehicle models as a reliable benchmark to develop and verify novel control algorithms for complex EV architectures and ADAS systems.

Focused applications and industries

• ISO26262 Functional Safety Validation
• ADAS Controller Testing
• EV Development
• Hardware in the loop Simulation (HIL)
• Ride & Handling Optimization

ADAS simulation in CarSim

Who should attend

• Automotive/Motorcycle OEMs
• Automotive/Motorcycle Tier 1 suppliers
• Univ./Research institutions study in automotive engineering
• Government agency (testing center, research center, etc.)

Speaker

Jerry Wu

Engineering Assistant Manager
CYBERNET SYSTEMS TAIWAN

As an Assistant Manager in Model-Based Design, Jerry specializes in ADAS and Active Safety, leveraging deep expertise in vehicle dynamics and control systems to solve complex validation challenges.

With a strong technical foundation as a former VCU Firmware Engineer, he has successfully led projects in ADAS HIL integration and Vehicle Body Control systems. Currently, he focuses on helping clients architect ISO 26262 compliant simulation workflows and build Digital Twins to accelerate testing pipelines in the Software-Defined Vehicle era.

CYBERNET SYSTEMS MALAYSIA SDN.BHD. distributes and supports VehicleSim products in Malaysia, Singapore, Vietnam, Brunei Darussalam, Cambodia, Indonesia, Lao PDR, Myanmar, and Thailand.

Learn more about Vehicle Dynamics Simulation

Watch On-demand

All our past webinars are available to watch on demand.