Tejas Doshi

Cornell University, NewYork–Presbyterian Hospital

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About

Tejas Doshi is a biomedical engineer and researcher whose work sits at the intersection of soft robotics, microfabrication, and implantable medical device design. His research focuses on developing innovative manufacturing techniques and intelligent devices that push the boundaries of minimally invasive medicine, particularly in the realm of cardiac care. Doshi's most impactful contribution — garnering 27 citations — involves the multilayer fabrication of soft robotic sensor arrays deployable via catheter for left atrial mapping, a breakthrough addressing longstanding limitations in atrial fibrillation treatment. By enabling conformal, multi-point cardiac mapping in a single deployment, his work offers a compelling alternative to tedious point-by-point procedures that burden clinicians and patients alike. Complementing this, Doshi has pioneered novel micropatterning methodologies for nonplanar and three-dimensional surfaces on implantable devices. His work on microneedle patterning using soft lithography (13 citations) and conformal template vacuum bagging (7 citations) provides versatile tools for engineering surface properties — including friction, adhesion, and biocompatibility — without altering bulk material characteristics. Together, these contributions represent a cohesive body of work advancing the sophistication, adaptability, and clinical viability of next-generation medical devices.