About the Event
As power electronics systems move toward higher switching speeds and greater power density, engineers face growing challenges in accurately predicting real-world performance. Traditional approaches often fall short in capturing transient behavior and the interaction between electrical, thermal, and mechanical effects.
That’s exactly what we’ll explore in this Lunch & Learn session. Our speakers will share how integrating system dynamics and multiphysics approaches can help address these challenges and provide deeper insight into inverter behavior under actual operating conditions. Discover practical ways to improve analysis accuracy, enhance design decisions, and build greater confidence in system performance.
Who Should Join?
This workshop is ideal for professionals involved in:
- Power Electronics Engineers
- Electrical Engineers
- Simulation Engineers
- R&D Engineers / Researchers
- Hardware Design Engineers
Event Agenda
What You'll Learn
Explore how dynamics and multiphysics are transforming power electronics
Analyzing Timing & Dynamic Behavior in 3-Phase Systems and High-Speed WBG Designs
As global infrastructure scales toward megawatt-class power densities, driven by AI data centers and rapid electrification, the demand for deeper time-domain visibility has never been higher. In this seminar, the speaker will explore the shift from static metrics to dynamic behavior analysis in modern power systems.
Multiphysics Modeling and Simulation of a Power Inverter Module
Rising switching speeds, higher power density and compact packaging are pushing power inverter modules into increasingly complex operating conditions. Performance is no longer defined by electrical behavior alone, as thermal effects and mechanical stress play a critical role in overall system stability. This seminar will explore how multiphysics modeling and simulation provide a more complete understanding of these interactions.
MEET THE SPEAKERS
Zhariff Asri
System and Application Engineer
Rohde & Schwarz Malaysia
Zhariff Asri serves as a System and Application Engineer at Rohde & Schwarz Malaysia (RSY), where he specializes in providing advanced product application support and measurement solutions across both time and frequency domains. With a technical foundation in R&D for radio communication products—specifically transmitter sections—he brings a deep understanding of hardware design to his current role. Zhariff holds a Bachelor’s degree in Electronic Engineering (Telecommunications) from Universiti Teknikal Malaysia Melaka (UTeM).
Norsatina Mohd Kassim
Sales and Application Engineer
RF Station Sdn Bhd
Norsatina takes on the role of Sales and Application Engineer at RF Station, focusing on technical support, application guidance and measurement solutions across various industries. Her responsibilities include pre- and post-sales activities, delivering training on the SIMULIA Electromagnetic (EMAG) portfolio, and supporting consulting projects. She holds a Bachelor’s degree in Electronic Engineering (Wireless Communication) from Universiti Teknikal Malaysia Melaka (UTeM), with experience in antenna design, EMC/EMI, signal and power integrity (SI/PI), and measurement systems. A certified CST specialist, she brings a practical, hands-on approach to solving engineering challenges.
