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About

Maikel Timmermans is a pioneering researcher at the intersection of robotic surgery and spinal biomechanics, with a primary focus on advancing minimally invasive pedicle screw placement (MIPSP). His work centers on replacing traditional, radiation-heavy navigation methods with non-radiative, non-visual sensing technologies—particularly ultrasound—to guide robotic surgical tools. Timmermans’ major contributions include the development of an ultrasound-based, robot-assisted drilling system for pedicle screw placement, which aims to improve surgical accuracy while reducing complications and radiation exposure. He has also conducted a systematic review of non-radiative spine sensing techniques, exploring the use of force, vibration, and bioelectrical signals to enable more autonomous, surgeon-like robotic behavior. His most cited paper (8 citations) introduces a novel approach to robot-assisted drilling, while his work on all-ultrasound-guided path planning (2 citations) pushes the boundaries of radiation-free navigation. Though early in his career, Timmermans’ research has already garnered attention for its potential to transform spine surgery by making it safer, less invasive, and more precise—a critical step toward fully autonomous robotic systems in the operating room.