We design high performance cooling solutions for high powered tech
We engineer for optimal thermal efficiency, high energy density, and mass reduction in our thermal designs
No matter the design challenge, the collaboration between X and our international team of highly skilled thermal engineers leads to generative thermal designs that far outperform conventional solutions. We use dynamic numerical simulations that perform an infinite amount of operations at extremely high speeds. This guarantees the production of a highly efficient and custom made design in a matter of days.
Our vision and mission
We believe in a world where artificial intelligence drives engineers to design beyond imagination.
Our mission is to empower companies all around the world to develop innovative products through AI driven engineering. To achieve this goal, we are continuously expanding the possibilities of our engineering design algorithm and enabling companies to directly interface with its next-generation design capabilities.
Our designs adapt to your product, not the other way around.
Co-founder & CEO
Education: PhD in mechanical engineering
Family status: Married and proud father of one son
Leisure time: Spending time with family, reading
Lieven is Chief Executive Officer and initiator of Diabatix. Within this role, he is in charge of overall management and business development. Prior to founding Diabatix, he finished his PhD from the University of Leuven (Belgium) in the field of numerical simulations. Lieven strongly believes that only true empowerment of people can bring out the best in them. He does everything to ensure that this is possible within Diabatix.
Co-founder & Principal Developer
Education: PhD in Electro-mechanical Engineering
Family status: Single
Leisure time: Climbing
Joris has been involved in Diabatix since the very beginning. He is considered as the architect of the engineering algorithm that powers our virtual engineer. He obtained his PhD from the University of Leuven (Belgium) on improving the thermal modeling of power transformers in 2015. As the Principal Developer of Diabatix, he in charge of defining the technological road map and overseeing its implementation.