Cyberworks Robotics
AI Vision Autonomous Navigation in Dense Crowds
Autonomous navigation needs to consider various factors. This project develops an AI-driven navigation system for autonomous wheelchairs operating in heavily crowded environments. Using a machine learning pipeline, the system detects nearby pedestrians and classifies situations as “avoid” or “don’t avoid” based on crowd density. A Gazebo simulation with configurable crowds is used for development and testing. The classifier is integrated into the motion planner to enable real-time decisions such as yielding, stopping, or rerouting. The system is validated through simulation and targeted for real-world deployment in environments like hospitals and airports to improve mobility and safety.
Faculty Adviser(s)
Jai Jaisimha, Electrical & Computer Engineering
Related News
Elevating emerging engineers
The Industry Capstone Program partners UW Engineering students with sponsor organizations to devise innovation solutions to real-world problems.
Capstone collaboration leads to award
An ME capstone team received first place for its energy audit of the UW School of Social Work building.
Capstone creations
Students displayed innovative capstone design projects at the 2025 expo.