Sedaro
Finally, True Digital Twins
Sedaro Satellite
The past two decades have seen unprecedented growth in the space industry. With innovations in the launch sector, increasingly smaller teams of engineers are able to reach orbit.
However, the challenges of designing and operating spacecraft still present significant barriers to accessibility. Much of spacecraft design stills relies on poorly-integrated legacy tools, in-house computing, and inefficient meetings. Additionally, true digital twins are still yet to be developed, forcing operators to rely on unintuitive low-level abstractions of their assets in orbit.
At Sedaro, I work with a brilliant team of engineers team to bring down these barriers by designing the world’s fully-integrated cloud-based spacecraft digital twin platform.
Modeling and Simulation
As the modeling and simulation lead, I focus on developing the engines needed to simulate the physics of the spacecraft and the interactions between its subsystems. Additionally, I lead architecture and development of software optimized for interdisciplinary modeling, parallelized simulation, and interoperability.
Leadership
On top of my engineering capabilities, I work closely with leadership on defining the company’s growth strategy, developing proposals, and preparing for important investor pitches. Additionally, I lead engineering support and outreach to university partners. Finally, I have assumed leadership in defining and realizing the team’s cultural evolution.
Fast-paced collaboration
The small startup environment allows for efficient, cross-disciplinary collaboration. I work closely with back and frontend developers, making sure the platform allows for versatile yet intuitive design capture.