assistive-robotics-for-stroke-rehabilitation

Designed a conceptual assistive robotics solution for stroke rehabilitation as part of a collaborative academic project, focusing on improving patient recovery through intelligent robotic assistance. The proposed system integrated a social assistive robot to provide rehabilitation guidance, medication reminders, and patient interaction, alongside an AI-assisted robotic arm concept to support upper-limb rehabilitation exercises.

Contributed to the design of the overall system architecture, technology selection, workflow development, and functional integration of robotics and artificial intelligence. The project also included evaluating the feasibility, potential clinical applications, and implementation challenges of deploying AI-enabled assistive robotics to enhance rehabilitation outcomes and patient independence.