REACH combines simulation, reinforcement learning, and robotics to design assistive technologies that support stroke recovery and improve quality of life.
Stroke survivors frequently experience upper-limb motor deficits that limit independence in daily tasks such as brushing teeth or reaching for objects. REACH aims to accelerate assistive technology by developing a modular RL framework that learns task policies in simulation and transfers them to a wearable robotic arm.
Our goals this year are to: model the arm and tasks in MuJoCo, train policies using algorithms such as PPO/SAC on NAU’s Monsoon cluster, and design a reusable layer of abstraction so future task and hardware revisions can be more easily integrated.
Dr. Zach Lerner
Dr. Carlo da Cunha
Biomechatronics Lab — Building 61, Rooms 104/120
Northern Arizona University
Sponsor details posted with permission.Bailey Hall
Northern Arizona University
MS Computer Science