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About

Kaitlyn Hess is a pioneering researcher at the intersection of bioinspired engineering and gastrointestinal drug delivery. Her work draws inspiration from cephalopod biology, particularly the jetting mechanisms of squid and octopuses, to design novel ingestible robotic devices that can administer biomacromolecule therapies—such as insulin or monoclonal antibodies—directly through the gastrointestinal tract without traditional needles. Her most-cited paper, "Cephalopod-inspired jetting devices for gastrointestinal drug delivery" (2024, 52 citations), introduces a paradigm-shifting approach that eliminates the need for sharps management, disposal, and patient training associated with conventional injections. This innovation holds transformative potential for chronic disease management, offering a painless, self-administered alternative that could improve patient compliance globally. Hess’s work sits at the forefront of soft robotics and medical device design, merging principles from marine biology with clinical needs. Her contributions have already garnered attention for their ingenuity and practical impact, positioning her as a rising leader in bioinspired therapeutic delivery systems.