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About

Jennifer Rochlis is a pioneering researcher at the intersection of human factors engineering and space robotics, with a career dedicated to advancing how humans and robotic systems collaborate in high-stakes exploration environments. Her doctoral work at MIT's Department of Aeronautics and Astronautics laid the foundation for her expertise, producing influential research on the design of remote robotic workstation displays that optimize human-robot interaction in teleoperation contexts. Rochlis has made significant contributions to NASA's vision for human-robotic teaming in space exploration, including her involvement with the NASA Exploration Team Human-Robotics Working Group, which helped define the complementary roles humans and robots can play in future missions. Her work on cooperative assembly tasks demonstrated effective divisions of labor between human astronauts and robotic assistants, offering practical strategies to reduce the risks and costs associated with extravehicular activities. She also contributed to the conceptual development of human-assistive planetary exploration robots, directly informing preparation for lunar and Mars missions following President Bush's space exploration directive. With citations spanning human-robot interaction, EVA risk reduction, and planetary exploration systems, Rochlis's research has shaped how NASA approaches the synergy between human cognition and robotic capability in the most demanding environments imaginable.