Matt Obrigkeit

Q: What is Matt Obrigkeit email address?

Email Matt Obrigkeit at mattobrigkeit@gmail.com. This email is the most updated Matt Obrigkeit's email found in 2026.

Q: How to contact Matt Obrigkeit?

To contact Matt Obrigkeit send an email to mattobrigkeit@gmail.com. (updated on August 24, 2024)

Thermal Management Engineer at Magna E-Car Systems | Northville, Michigan, United States

About Matt Obrigkeit

Matt Obrigkeit serves as a Thermal Management Engineer at Magna E-Car Systems, where he leverages his extensive expertise in thermal characterization to enhance the reliability and performance of high-power electronics, particularly in hybrid automotive applications. With a strong focus on 3-phase inverters and DC/DC converters, Matt plays a pivotal role in ensuring that these critical components operate efficiently under varying thermal conditions. His work is essential in addressing the challenges posed by the increasing power demands and compact designs of modern electric and hybrid vehicles.

At Magna, Matt is currently leading key projects that involve advanced thermal analysis using computational fluid dynamics (CFD) tools such as ANSYS Fluent and Icepak. His proficiency in these technologies allows him to simulate and optimize heat transfer processes, ensuring that power electronics maintain optimal operating temperatures. This not only enhances product reliability but also contributes to the overall efficiency of hybrid powertrains.

In addition to his technical skills, which include MATLAB and Simulink for modeling and simulation, Matt's deep understanding of electronics packaging and thermodynamics positions him as a valuable asset in the automotive industry. His insights into fluid dynamics and heat transfer mechanisms are instrumental in developing innovative thermal management solutions that meet the stringent requirements of today's hybrid vehicles. As the automotive sector continues to evolve towards electrification, Matt's contributions at Magna E-Car Systems are crucial in driving advancements in thermal management strategies, ultimately leading to more reliable and efficient hybrid power electronics.

Matt Obrigkeit Work