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About

Dr. Samad Firdosy is a leading researcher at the intersection of space exploration and advanced manufacturing, whose work is shaping the future of robotic off-world operations. His primary research areas include additive manufacturing for extreme environments, high-performance metallic alloys, and thermoelectric power generation for deep-space missions. Dr. Firdosy’s most impactful contribution is his pioneering work on additively manufacturing excavating tools for robotic space exploration, which has garnered 22 citations. In this study, he demonstrated the viability of laser powder bed fusion for producing tools from a range of alloys—including Ti-6Al-4V, Inconel 625 with reinforcements, and bulk metallic glass—directly addressing the need for in-situ resource utilization on the Moon and Mars. He has also advanced the field of magnetic shielding with his work on additively manufactured high-permeability Fe-Ni alloys and novel bi-metallic shields (7 citations), and contributed to the development of high-temperature power couples for the Advanced Thermoelectric Converter (ATEC) program, a critical technology for next-generation Radioisotope Thermoelectric Generators. Dr. Firdosy’s research is not only highly cited but also directly applicable to NASA’s strategic goals, making him a key figure in enabling sustainable human and robotic exploration beyond Earth.