This project was completed for the Bioentrepreneurship course at Johns Hopkins University, where my team and I proposed an innovative technology to facilitate communication for tracheostomy patients, as well as those with permanent vocal loss.

This project was completed for the Regulation of Medical Devices course at Johns Hopkins University. This project involved conducting research on existing interspinous spacers in order to identify a predicate device that would be used in a 510k pre-submission. My team and I had to develop all components of the submission, including a device description, indications for use, labeling, design risk analysis, overview of product development, and specific questions to the FDA.

I launched a print-on-demand business to support the largest non-profit cat rescue organization in California. Through this business, I was able to apply my graphic and web design skills while learning more about conducting market research, designing advertisements and marketing material, and managing a social media presence. 10% of all purchases are donated to The Cat House On The Kings to help provide shelter, food and care for homeless cats.

Through Point Loma Nazarene University's Senior Project program, my team and I constructed a drone that utilizes Artificial Intelligence through the Microsoft Azure platform in order to produce 3-dimensional renders of environments using digital inputs. Our drone utilizes basic computer programs and trigonometric identities in order to calculate heights, distances, speeds. The drone uses Artificial Intelligence to compile images and produce a topographical map of any given environment. The final product that this research project would culminate in could be used in emergency search-and-rescue missions.

This project explores the design and implementation of a Magnesium-Air battery to an aquarium filtration system for use during emergency outages. A 3D printed enclosure covers a Magnesium-Air battery designed for easy refills and connects to a standard aquarium pump.

Through Point Loma Nazarene University's Senior Project program, my team and I constructed a monowheel hoverboard with self-stabilizing technology in order to combat mounting and balancing difficulties. This project involved research, design analysis, and hands-on building.