Benjamin W. Jarvis

The University of Sydney, University of Essex

Papers

Total Citations

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About

Benjamin W. Jarvis is a robotics researcher whose work spans the frontiers of autonomous deep-space exploration and medical microrobotics. His most impactful contribution, “Autonomous Exploration of Small Bodies Toward Greater Autonomy for Deep Space Missions” (2021), has garnered 26 citations and presents a novel estimation framework for approach, proximity operations, and landing on small celestial bodies—a critical step toward enabling spacecraft to navigate unpredictable extraterrestrial environments without constant human oversight. This work addresses one of the grand challenges in space robotics: achieving robust autonomy for missions where communication delays make real-time control impossible. In parallel, Jarvis has advanced the field of medical microrobotics with his 2022 paper on an “Online real-time platform for microrobot steering in a multi-bifurcation,” which tackles the pressing need for faster-than-real-time simulation to control microswarms of ferrous particles within electromagnetic fields. By addressing the computational bottleneck of traditional simulations, this platform paves the way for precise, non-invasive drug delivery and targeted therapies within complex vascular networks. Jarvis’s dual focus on celestial and microscopic domains demonstrates a rare versatility, positioning him as a rising figure in autonomous systems engineering.