Max Robotics — Global Service Robot Directory + US Certification

About

Manyi Wang is a multidisciplinary researcher whose work bridges orthopedic surgical robotics and biomimetic underwater robotics. In the clinical domain, Wang has made significant contributions to computer-assisted and robot-guided surgical navigation, particularly for complex orthopedic procedures such as sacroiliac screw fixation and femoral neck fracture repair. His most cited work (106 citations) rigorously evaluated the TiRobot™ system for percutaneous sacroiliac screw placement, demonstrating how robotic assistance can overcome the challenges posed by complex pelvic anatomy and reduce malposition rates. Additional studies on bi-planar robot navigation and optoelectronic systems further advanced the precision of cannulated screw fixation techniques. Beyond the operating room, Wang has pursued an equally compelling research agenda in underwater robotics, developing sophisticated three-dimensional dynamic models for fin-actuated and tail-actuated robotic fish. His work on artificial lateral line systems — inspired by the sensory biology of real fish — has opened new pathways for leader-follower formation control in underwater robot swarms. With a cumulative citation record spanning surgical innovation and bioinspired engineering, Wang's research exemplifies how robotics principles can transform both medicine and autonomous underwater systems, making him a distinctive and impactful voice across multiple engineering disciplines.