Ghonhee Lee has a diverse work experience history. In 2017, they worked as an Arizona NASA Space Grant Scholar Intern at NASA. From 2016 to 2018, they held multiple roles at Embry-Riddle Aeronautical University, including Tutor and Career Services Peer Advisor. In 2018, they became a Teaching Assistant for Material Science at the same university. In 2018, Ghonhee also started working at Raytheon as a Systems Engineer, where they later transitioned into the role of Guidance, Navigation, & Control Systems Engineer. Their responsibilities at Raytheon included designing vehicles with vertical and horizontal flight modes, conducting performance trade studies, writing real-time flight software, and supporting flight tests. Finally, in 2020, Ghonhee founded Katalyst Space Technologies and currently serves as the Founder & Chief Executive Officer. Overall, Ghonhee Lee has a strong background in aerospace engineering and has held various technical and leadership positions throughout their career.
Ghonhee Lee completed a Bachelor of Science (BS) degree in Aerospace, Aeronautical and Astronautical/Space Engineering from Embry-Riddle Aeronautical University. This educational journey took place from 2013 to 2018. Furthermore, Ghonhee Lee obtained several additional certifications. These include Systems Engineering with MagicDraw (Cameo MBSE) from Raytheon in July 2020, Fundamentals of Agile/Scrum from Raytheon in August 2019, 6Sigma Specialist from Raytheon in July 2019, and Wilderness First Responder from NOLS Wilderness Medicine in November 2015.
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Katalyst Space Technologies
Katalyst Space Technologies leverages numerous in-house innovations and a culture that promotes creativity, value generation, and a relentless pursuit of improvement to build solutions that will enable tomorrow's space economy to thrive.Katalyst Space Technologies has created a new innovative satellite mission architecture. Now they'refocused on developing new hardware that will serve as the foundation of next-generation satellite buses to deliver mission flexibility and increased technology relevance of the space segment.