Mathematics minor · Dean's List: 8 Semesters

• Engineered a control panel from specification to installation for a custom switch conveyor, collaborating with senior electricians to determine component selection, wiring layout, and safety requirements
• Built and maintain the company website, optimizing search engine visibility and managing digital inventory tracking to streamline operations
• Draft and modify electrical schematics in AutoCAD for commercial and industrial installations
• Prepare detailed project quotes for commercial clients, scoping electrical installations and industrial machine repairs through on-site assessments and client consultations

• Built automation for client Azure and AWS cloud networks with Terraform and Python
• Developed network architecture plans, scoped and communicated solutions to clients
• Contributed to pricing discussions and solution development in client meetings

• Engineered an image recognition system with Keras, TensorFlow, and Python, achieving >90% classification accuracy.
• Containerized microservice architecture using VMware and Docker on Linux
• Showcased project at Hannover-Messe, demonstrating real-time image recognition and containerized deployment to international industry experts.

• Refactored the Makerspace's RF card access system for its Linux based embedded machines
• Created detailed technical documentation for future developers and lab managers.
• Designed and deployed a full-stack RF card access control system, integrating MySQL, RESTful APIs, and embedded Linux, improving lab security and user tracking.
• Created and maintained RESTful API calls for a MySQL database to connect with a web application
• Maintained version control for multiple Git repositories

• Created a program in Python to send data from a microcontroller to an online repository
• Developed a library for the microcontroller that offers a variety of embedded functions
• Provided ongoing support and maintenance for the embedded library, resolving real-time issues during lab sessions.

Precomputed word and phrase frequency analysis across 500+ podcast episodes. Search any term and see usage by speaker, over time, and across episodes — no raw transcripts stored, just queryable stats. With an automated github pipeline which keeps it up to date.

A web based implementation of the paper "AI Safety via Debate" (Geoffrey Irving, Paul Christiano, Dario Amodei, Oct 2018)

A tool for visualizing how different easing functions affect the motion of gear-like objects.