Implementing 40+ years of industrial manipulation perception and motion planning trajectory experiences to the unique challenges of in-space automation
Python + ROS framework for testing conventional and blackbox algorithms for torque-sensor based end assembly of precision parts .
Design, Development, and End-to-End test of a new application of the Aerospace Automation Platform featuring: UI development in Qt Creator, State Machine Design and Editing in SCXML, contractor system implemntation and test
An affordable, comfortable, lightweight, low-profile hip exosuit for gait assistance and rehabilitation
Developed MATLAB tool to derive/display equations of motion/joint trajectories for a user-specified serial robotic arm utilizing the Peter Corke Robotics Toolbox
(code and demonstrations by request)
Modelled a sphere world and a small robotic swarm engaging in a collective transport task with a non-stochastic, closed-loop controller
Minimally invasive suspension tuning system that adjusted automatically to changes in riding terrain
An electrical stimulation sling to support the shoulder joint of hemiparesis patients
A multisensory drum for music therapy treatment of Autism in children