Eleven students participated in the summer of 2016 and worked on the following projects:-

Integration of Real-Time Photoacoustic Image Guidance with da Vinci Surgical System

Integration of Galen for Otology Applications

Active sensing movements are modulated by the strength of sensory feedback in weakly electric fish

Improving Spatial-Temporal Models for Surgical Workflow Analysis

Design of a Multi-Fiber Light Delivery System for Photoacoustic-Guided Surgery
Hardware Design of an Improved Remote Operated Vehicle

Softbody Simulation in Gazebo for Satellite Servicing

Database for Image-Based Motion Estimation

A Novel Computational Approach for Scalable Biomarker
Discovery in Autoimmune Diseases

Colloidal Quantum Dots for Short-Wave Infrared Photon Sensing

Classification of Surgical Gestures