Papers
2
Total Citations
7
H-Index
2
About
Robert Kowal is a biomedical engineer specializing in MRI-compatible robotics and haptic feedback systems for minimally invasive surgery. His research focuses on developing anthropomorphic phantoms and sensorless haptic technologies to improve needle-based interventions under MRI guidance. Kowal’s most-cited work, the "MRI-compatible abdomen phantom" (2024, 5 citations), addresses the critical need for realistic, reusable models that mimic respiratory-triggered organ movement, reducing reliance on costly animal testing and clinical trials. This innovation enables safer, more ethical validation of medical devices. His second notable paper (2024, 2 citations) introduces a cable-driven robotic system with sensorless haptic feedback, enhancing surgeon performance during teleoperated procedures without compromising MRI compatibility. By eliminating external sensors, this approach simplifies integration and reduces costs. Kowal’s contributions bridge the gap between preclinical testing and clinical application, offering scalable solutions for training and device evaluation. His work has immediate implications for improving patient outcomes in image-guided interventions, positioning him as an emerging leader in surgical robotics and phantom design.
Research Focus
Key Achievements
Top Papers
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