Max Robotics — Global Service Robot Directory + US Certification

About

Mohammad Mojarradi is a pioneering figure in extreme-environment electronics for space exploration, with a career focused on enabling next-generation robotic missions to the solar system’s most hostile destinations. His key research areas include radiation-hardened integrated circuit design, distributed sensor-actuator architectures, and in-situ sample verification systems for planetary science. Mojarradi’s major contributions center on developing electronics that can survive and operate reliably on the Moon, Mars, and beyond, directly supporting NASA’s vision for robotic and human exploration. His most cited work, “Design challenges and methodology for developing new integrated circuits for the robotics exploration of the solar system” (2005, 10 citations), outlines foundational approaches for creating plug-and-play modules that integrate sensors and actuators with extreme-environment-tolerant chips. He also led the development of a proof-of-concept sample verification system (2011, 8 citations) for future sample return missions, using a pressure-sensitive membrane to measure planetary rock and soil mass in situ. Notably, Mojarradi contributed to the Lunar Surface Operation Testbed (2012, 3 citations) at JPL, a high-fidelity infrastructure for end-to-end mission concept testing. His work has been instrumental in advancing distributed, resilient electronics architectures that are critical for the next era of solar system exploration.