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About

Domenico Tommasino is a robotics researcher focused on improving safety and precision in robotic systems, particularly through the mitigation of collisions and vibrations. His key research areas include robotic teleoperation, end-effector compliance, and vibration analysis in industrial machinery. Tommasino’s major contribution lies in developing comprehensive approaches to minimize the impact forces during collisions in robotic teleoperation, as demonstrated in his 2020 paper on the effect of end-effector compliance, which has garnered 8 citations. He further advanced this work by designing and validating a specialized end-effector for collision mitigation, detailed in his 2021 study with 5 citations. Additionally, Tommasino has made notable strides in vibration control, using an equivalent robotic model to analyze and suppress vibrations in Cartesian cutting machines, a topic covered in two 2021 papers with a combined 5 citations. His work bridges the gap between theoretical modeling and practical application, offering solutions that enhance robot efficiency and reduce damage in both industrial and remote handling contexts. Tommasino’s research is particularly valuable for students and engineers seeking to design safer, more reliable robotic systems for complex tasks.