Max Robotics — Global Service Robot Directory + US Certification

About

Janet Dong is a mechanical engineering researcher and educator whose work spans medical robotics, autonomous systems, and engineering education. Based at the University of Cincinnati, she has made notable contributions to the development of robotic systems designed to automate complex, precision-demanding tasks previously reliant on human dexterity. Her most recognized work centers on endodontic micro-robotics — engineering solutions to automate root canal treatment. Her foundational study on endodontic micro-robot development (8 citations) and subsequent work on Z-axis actuation and quick-change tool assemblies (4 citations) represent meaningful advances toward reducing the procedural difficulty and inconsistency inherent in manual dental therapy. Beyond medical applications, Dong has contributed to space exploration robotics, notably through the CableCat Lunar Rover prototype (3 citations), developed in alignment with NASA's Artemis program goals. Her urban robotics work, including a litter-collection robot for sidewalk environments (3 citations), reflects a broader commitment to practical autonomous solutions for real-world challenges. Dong's dedication to experiential learning is evident in student-centered projects such as BattleBot design and swerve-drive robotics for competition. These efforts demonstrate her belief that hands-on engineering challenges are vital to developing capable, creative mechanical engineers.