Jessica Weakly

Papers

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About

Dr. Jessica Weakly is a rising star in the field of bio-inspired and morphing robotics, with a focus on creating highly adaptive aerial and fluid-dynamic systems. Her research centers on two key areas: the development of multi-modal aerial vehicles that can seamlessly transition between flight modes, and the aerodynamic characterization of origami-inspired structures. Her most notable contribution is the **Bistable Aerial Transformer (BAT)**, a groundbreaking quadrotor fixed-wing hybrid that dynamically morphs its shape using a passive soft mechanism. This work, which has already garnered 5 citations, directly addresses the fundamental design trade-off between range, speed, and maneuverability in aerial vehicles, offering a novel solution for mission-flexible drones. In parallel, her work on characterizing the drag coefficient of the **Origami Magic Ball** (2 citations) provides essential data for optimizing the energy efficiency of robots moving through fluids, from aerial to underwater applications. Dr. Weakly’s innovative integration of soft robotics and origami principles is paving the way for a new class of highly versatile and efficient autonomous systems.