While working at Bausch & Lomb, I developed a new manufacturing order sheet for the development lab. I learned VBA for Excel to do this, and produced a 6 page macro-enabled worksheet that the lab is currently using. Currently I am developing a software to use at my co-op that will be able to schedule the lab technicans based on the current projects in the lab. This is currently being written in VBA for Excel, but I hope to translate the logic to Java.

For BrickHacks, a hackathon at RIT, I worked with my brother and a friend on an android application that took information from a parking lot and would tell the user the best open space to park in. I dealt with the algorithms to find the most efficient open parking space.

I participated in a workshop called the Dynamics of Excitable Systems in January 2017. We studied the electrical system of the heart including how to model it mathematically. We explored chaos and the disruption of electrical flow. We also dissected a sheep's heart to learn anatomy. You can see our work here.

I used MATLAB and self-taught Max/MSP to analyze ECG data to detect Atrial Fibrillation. I collected signals from Physionet and simulated signal. I completed an IRB process and tested the program on participants. The work was presented Undergraduate Research Symposium at RIT.

Current Vice President and Former Treasurer of Mental Graffiti, the Slam Poetry club at RIT. As an executive board we host competitions and open mics every three weeks throughout the year leading up to CUPSI each spring. Last year I was also a member of the CUPSI team and we placed 17th out of 72 teams.

Former Vice President and Treasurer of the Women's Rugby Football Club. We have games every Saturday in the Fall and host the Prom Dress Rugby tournament each Spring. Currently I am taking a step back from the executive board, but I am still a dedicated member of the team.

Former Vice President of Photo House, a Special Interest housing option for RIT students in the form of a dorm floor. This was my community throughout my first two years of school and continues to be home to me long after I left. Being on the executive board for this floor was a wonderful opportunity to welcome in new students and help them transition to college.

For my Biomedical Signals Analysis Lab class, I helped lead the EOG (eye movement) section of signals lab. We researched this kind of signal and its usage, and developed analytical software and a protocol for other students.