Fredrik Bruhn

CEO at BruhnBruhn Holding

Fredrik Bruhn is currently CEO at BruhnBruhn Holding (fm Bruhnspace) and CTO at BruhnBruhn Innovation. Fredrik is a former CEO and board member of Unibap AB, with expertise in digital transformation. He has been an adjunct professor in robotics and avionics at Mälardalens University and co-founded several academic spin-off companies. He led the low-voltage Space Plug-and-Play (SPA) standardization with NASA and the US Air Force and designed robotic craft for space exploration, including a submersible for Jupiter's moon Europa.

Fredrik has received two NASA technology innovation awards and holds a Ph.D. in micro systems technologies for space applications and an M.Sc. in atomic and molecular physics from Uppsala University. He is also an alumnus of the International Space University.

Fredrik’s recent stories

By Lyubomyr Demkiv, Lutz Richter, Fredrik Bruhn, Błażej FiderekOct 31, 2024

Cloud & DevOps•

IoT, XR, Robotics, AI & ML•

Software Development

Accelerating Towards the New Frontier, Simulation-First

Learn how SoftServe teamed up with BruhnBruhn and Blue Marble Communications to rapidly simulate, test, and build space-ready robotics

By Lyubomyr Demkiv, Lutz Richter, Fredrik Bruhn, Błażej FiderekOct 22, 2024

IoT, XR, Robotics, AI & ML•

Efficient Resource Utilization and Risk Mitigation

Learn how SoftServe, BruhnBruhn, and Blue Marble leverage edge computing and simulation software for space projects

By Lyubomyr Demkiv, Lutz Richter, Fredrik Bruhn, Błażej FiderekSep 20, 2024

IoT, XR, Robotics, AI & ML•

Benchmarking Stereo-Matching Algorithms for Space Use Cases on Radiation-Hardened AMD APU Edge Computing Device

Learn how SoftServe tests autonomous systems with radiation-hardened edge processors for space applications.

By Lyubomyr Demkiv, Lutz Richter, Fredrik Bruhn, Błażej FiderekSep 19, 2024

IoT, XR, Robotics, AI & ML•

Streamlining Development and Testing of Space Applications

Learn how SoftServe expedites software development and testing for space applications using simulation-first techniques.