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About

The Johns Hopkins University Applied Physics Laboratory (JHU/APL) stands as one of the most distinctive and impactful research institutions in the world, bridging the gap between fundamental science and transformative engineering across space exploration, robotics, and human augmentation. With a research portfolio spanning planetary science, autonomous systems, and neuroprosthetics, APL has established itself as a powerhouse institution for those seeking to work at the frontier of technology with real-world consequences. APL's contributions to planetary exploration are extraordinary. The laboratory has played pivotal roles in landmark NASA missions, including the Lunar Reconnaissance Orbiter, the Mars 2020 Perseverance rover (contributing to SuperCam and SHERLOC instrument suites), and the Mars Science Laboratory's MAHLI camera system. These projects, collectively garnering nearly 1,200 citations among just a handful of papers, reflect APL's capacity to design, integrate, and operate sophisticated robotic sensing systems in some of the most demanding environments imaginable. Equally impressive is APL's leadership in neural engineering and prosthetics. The laboratory's Modular Prosthetic Limb program has pioneered brain-machine interfaces that enable individuals with tetraplegia to control advanced robotic limbs using intracranial EEG signals—work that has inspired the broader neuroprosthetics community and opened new frontiers in human-robot collaboration. More recent research on shared control for bimanual robotic limbs continues this tradition of restoring human independence through intelligent robotics. APL also advances autonomous systems through innovations in multi-robot coverage control, optimal path planning, and covariance-based sensor fusion. Prospective students and collaborators will find an institution uniquely positioned to tackle grand challenges across space, medicine, and autonomy with unmatched interdisciplinary depth.