I developed an embedded device that enhances the disc golf experience by providing players with real-time gameplay metrics. This involved designing and fabricating the device’s electronics and PCB, developing embedded software using FreeRTOS, and building functional prototypes with custom enclosures for user testing. Additionally, I created a companion iOS application in Swift that connects via Bluetooth to visualize and collect gameplay data in real time.

The goal of this project was to develop an enhanced prototype of a wireless charging platform for drones and UAVs. A client approached Generate Product Development, a student-run product development club, with the need for a portable charging solution that could be used in environments where wall power is unavailable, such as during fire rescue operations. Our team was tasked with designing a foldable enclosure for easy transport, integrating a battery system to power the platform, and developing custom PCBs for battery and power management. My role focused on designing and implementing the battery and power management PCBs that support the wireless charging system.

The goal of this project was to develop a mobile application designed to streamline the college athletics recruitment process by connecting coaches with prospective athletes. A client approached Generate Product Development seeking the creation of a minimum viable product (MVP). Our team built key features including in-app messaging, an improved user flow, and a simplified registration process. We also implemented functionality for users to edit and view profiles, statistics, images, and videos. The app was developed using React Native, Node.js, and GraphQL.