Precision in Practice:Laparoscopic Surgical Skills Trainer |MYOSA 5.0|@IEEE BIOSENSORS & @IEEE FLEPS

Learning laparoscopic surgery requires precise instrument control — but most low-cost training boxes only tell you whether a task was completed, not how you moved. Precision in Practice adds sensor intelligence: an IMU on the mock laparoscopic tool tracks motion smoothness, jerk, axis control, and tool tilt. An APDS9960 sensor detects hover precision over a target zone. A Streamlit dashboard scores each trial across six dimensions — Course, Hover, Axis, Flow, Target, and Dock — giving trainees real-time coaching feedback and progress tracking across sessions. The physical course tests the hands; MYOSA explains the technique. 🔬 What is MYOSA? MYOSA is the IEEE Sensors Council's global student competition. Student engineers submit proposals, receive hardware kits if shortlisted, and present their prototypes at the IEEE SENSORS conference. Free to apply. Prizes up to $1,000. Travel funded for finalists. MYOSA has produced innovations spanning surgical training, disability tech, and industrial automation. 📽️ Past MYOSA demonstrations: https://sites.google.com/view/myosa-e... 📝 Project blogs:https://blog.myosa-sensors.org/ 🚀 Biomedical engineering, surgical training, or clinical sensing? Apply. 👉 Register: https://sites.google.com/view/myosa-e... #LaparoscopicTrainer #SurgicalSimulation #BiomedicalEngineering #MYOSA #IEEESensors #ESP32