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About

Anita Sengupta is a distinguished aerospace engineer and researcher whose work spans two of the most technically demanding frontiers in space exploration: planetary entry, descent, and landing (EDL) systems, and advanced electric propulsion technologies. Her most influential contribution, a NASA-commissioned systems analysis study on EDL technologies for Mars (97 citations), helped shape the agency's long-term roadmap for landing large payloads on the Martian surface — a challenge critical to both robotic and future human missions. Sengupta also played a pivotal role in qualifying the supersonic parachute system for the Mars Science Laboratory, the largest extraterrestrial parachute ever deployed, which successfully delivered the Curiosity rover in 2012. In parallel, her research into nuclear electric propulsion — particularly the NEXIS ion thruster designed for deep space missions at power levels up to 28 kW and burn durations of a decade — demonstrates her command of cutting-edge propulsion engineering. With work stretching from human Mars surface mission planning to high-power ion engine development, Sengupta represents a rare breadth of expertise that bridges near-term robotic exploration with humanity's longer-term ambitions in deep space.