Our team's mission is to implement the use of UAVs to further expand the reach to suppress fires and ensure safety in this process. I am a member with a subdivision in the Ground Control System. We have designed a GUI implementing NASA's World Wind API to display useful information about the drone and its activity. There are also teleoperation capabilities to navigate the multi-drone system using DroneKit and XBee communication.

Assist in creating the yearly schedule for the Data Science & AI Club, while also organizing and maintaining clear communication with the rest of the board. Plan upcoming workshops and projects tailored for club members, and lead outreach efforts to companies to arrange panels and talks. Contribute to hosting semester-long projects and plan and execute school-wide datathons, fostering a collaborative and innovative environment within the club.

Focused on integrating drones into a haptics environment by developing a two-drone system with force feedback capabilities. Concentrated on teleoperation and force feedback to understand the forces executed by the controlled drone. Developed a bidirectional communication system where inputs from one drone controlled the other, with the moving drone's motor power providing force feedback to the user through the drone they were holding. Collected data, programmed control systems, and studied low-level drone control to make this system possible.

Leveraged AWS GameLift to develop scalable multiplayer servers for a VR training project for medical students. Contributed to the server architecture and debugged critical issues within Unreal Engine, enhancing the educational experience with visual elements.