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Kiruthika Devaraj
Hardware engineer
Kiruthika Devaraj is a prominent figure in the aerospace industry, currently serving as the Vice President of Engineering at Planet Labs, a company known for its innovative satellite technology and Earth observation capabilities. Her career reflects a rich background in engineering and research, particularly in radio astronomy and satellite systems.
Educational Background
- B.E. in Electronics and Communication Engineering from PSG College of Technology (2002-2006).
- Ph.D. in Electrical Engineering from Georgia Institute of Technology (2006-2011), where she also earned her Master's degree in the same field.
- Remote Sensing, Earth and Atmospheric Sciences from Georgia Institute of Technology (2006-2009).
Professional Experience
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Vice President of Engineering at Planet Labs (2014 - Present): Kiruthika leads teams focused on designing satellite power, avionics, and communication systems. Her role involves navigating complex satellite constellation management and implementing the company's agile aerospace philosophy.12
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KIPAC Research Fellow at Stanford University (2011 - 2014): In this position, she worked on advanced radio astronomy projects, including developing high-frequency receivers for studying star formation and the early universe.2
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Graduate Research Assistant at Georgia Institute of Technology (2006 - 2011): She contributed to microwave measurements related to atmospheric properties for NASA's Juno spacecraft.2
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Research Student at the National Radio Astronomy Observatory (2008 - 2009): Kiruthika was involved in significant observational programs aimed at understanding Jupiter's atmosphere and magnetosphere.2
Contributions and Impact
Kiruthika has played a vital role in advancing Planet Labs' mission to provide real-time insights from space. She has been involved in collaborations that leverage cutting-edge technologies, such as NVIDIA's AI platform, to enhance satellite imaging capabilities and data processing speeds.3 Her leadership is characterized by a commitment to performance-driven outcomes in satellite technology, reflecting her extensive experience in both academic research and practical engineering applications.
For more information about her professional journey, you can view her LinkedIn profile here.2

