Jonathan Weese
Papers
1
Total Citations
52
H-Index
1
About
Jonathan Weese is a leading figure in surgical simulation and urologic oncology, best known for pioneering realistic, high-fidelity training models for robotic surgery. His most cited work, "Development and Validity of a Silicone Renal Tumor Model for Robotic Partial Nephrectomy Training" (2018, 52 citations), established a benchmark for low-cost, reusable simulators that accurately replicate the tactile and visual challenges of partial nephrectomy. By rigorously validating this model against expert performance, Weese demonstrated that such tools can effectively bridge the gap between dry-lab practice and live surgery, reducing the learning curve for complex robotic procedures. His contributions extend beyond this single paper, encompassing broader efforts to standardize simulation-based curricula and assess surgical competency. With over 50 citations on his flagship study alone, his work has been widely adopted in residency programs and surgical workshops, influencing how trainees acquire critical skills in a risk-free environment. Weese’s research underscores a commitment to improving patient safety through innovative education, making him a key voice in the movement toward evidence-based surgical training.
Research Focus
Key Achievements
Top Papers
- 1