Thursday, December 4, 2025 | 9:00 - 10:00 AM ET 

Electronics are increasingly critical to vehicle performance, from ECUs hidden beneath the dash to ADAS cameras mounted at the windshield. These components must operate reliably across extreme thermal environments—yet traditional testing is costly, time-consuming, and often limited to late development stages.

In this webinar, we will demonstrate how TAITherm and RapidFlow enable engineers to explore electronics thermal management early in the design process. 

We will showcase:

• Modeling electronics and heat-generating components in TAITherm, including power dissipation and derating behaviors.
• RapidFlow’s fast cabin soak simulations, capturing solar loading and transient cabin air/structure heating.
• HVAC cooldown analysis with RapidFlow, providing rapid iteration for design trade-offs.
• Methods to connect simulation to component reliability, using temperature predictions to inform derating strategies and component selection.

Attendees will see how these tools deliver fast, accurate 3D transient simulations, helping engineers understand and mitigate thermal risks to electronics performance—long before physical prototypes are available.

Deniz Hinz

Thermal/CFD Engineer

Deniz Hinz is a Thermal and CFD engineer at ThermoAnalytics who performs modeling and numerical simulation for automotive applications. He started at ThermoAnalytics in 2020 and focuses primarily on cabin and HVAC modeling. Deniz specializes in the development of cabin simulation methodologies, facilitating advanced coupling between software tools, and human comfort modeling. He values strong attention to detail and the importance of capturing the relevant physics while making the optimal modeling assumptions. Deniz holds a BSE Degree in Chemical Engineering from the University of Michigan and a PhD in Chemical Engineering from the Illinois Institute of Technology.