Papers
27
Total Citations
199
H-Index
8
About
Branesh M. Pillai is a multidisciplinary robotics researcher whose work spans surgical robotics, disaster rescue systems, and rehabilitation engineering. Based at the intersection of mechanical engineering and medical technology, Pillai has made significant contributions to advancing robot-assisted surgical procedures, including pioneering work on endonasal endoscopic transsphenoidal surgery robots (17 citations) and sensorless haptic feedback systems for pedicle screw insertion in spinal surgery (15 citations). His cost-effectiveness analyses of robotic-assisted spinal surgery (16 citations) have provided valuable clinical and economic insights that strengthen the case for surgical robotics adoption. Beyond the operating room, Pillai has led heterogeneous robot collaboration frameworks for disaster risk management (20 citations) and surveyed motion control challenges for rescue robots in rough terrain (13 citations), establishing him as a key voice in humanitarian robotics. His broader portfolio includes biomechanical trajectory optimization, lower limb exoskeleton development for spinal cord injury rehabilitation, and model predictive cooling systems for field robots. With a cumulative citation profile reflecting consistent impact across diverse domains, Pillai exemplifies the kind of translational researcher whose work bridges theoretical innovation and real-world human benefit.
Research Focus
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