Enhanced the accuracy, communication, and control for cardiac electrophysiologists during minimally invasive cardiac procedures by upgrading the UI of CommandEP, an augmented reality system for physician visualization and control of their labs.Prototyped dozens of features to simplify hands-free tasks for final design recommendation, eliciting iterative feedback from a dozen inter-team physicians, engineers, and designers.

Teaching students the concepts and algorithms underlying the understanding and construction of intelligent systems, including agents, problem solving, search, representation, reasoning, planning, and machine learning. Hosting bi-weekly office hours to assist students on homeworks, prepare them for exams, and provide help on their final projects.

Discovered and designed solutions to security vulnerabilities, and designed and implemented solutions to data discrepancies and representation to aid in Anti-Money Laundering compliance efforts while becoming intimately familiar with Agile Software Engineering and CI/CD. Automated repetitive documentation tasks to optimize time spent on documentation systems. Placed second in intern pitch presentation, focusing on search engine optimization improvements for the internship page.

Exposed critical security vulnerabilities through testing of entire platform. Streamlined employee and user onboarding through technical writing and documentation for the entire web-based platform. Collaborated with the Sales Team, Engagement Team, and Leadership Team to increase growth and user experience.

Worked with Medical Team at Kitware, Inc. as well as Radiologists from UNC Chapel Hill on stroke imaging, creating an algorithm for manipulating CTP scans to show relevant information normally found in CTA scans, removing the need for both scans, resulting in less harmful contrast material and less imaging time for stroke patients.