Discovering underlying mechanisms of atrial fibrillation to develop novel gene therapy treatments Working under Chief of Cardiology Dr. Rishi Arora Studying differential role of parasympathetic and sympathetic cardiac nerve activity in the progression of atrial fibrillation in a chronic atrial fibrillation canine model.- Analyzing and filtering DSI signals composing of myocardium and nerve fiber readings using MatLab- Imaging and studying the disruption of micro tubule network in myocytes using ImageJ

Co-teaching Chem 3B (Organic Chemistry 2) discussion sections

In charge of running and developing the BioEHS website- creating an interactive course map to allow Bioengineering students to explore all course options related to concentrations

Volunteer at BioEHS TM hosted by UC Berkeley, the largest bioengineering research and design competition in California- Plan and organize academic workshops and midterm/finals study sessions- Outreach to professors and grad students for coffee chats to create research opportunities for students

spearheaded the development of a cross-platform app for nonprofit Guide Dogs for Blind (the largest guide dog organization in the United States

Building software solutions for non-profits pro bonoClients: Beat the Streets, Guide Dogs for Blind, San Francisco Youth Symphony and Orchestra, and more- Leveraging technology such as Flutter, React, and Firebase to improve nonprofit's reach to ultimately allow them to make a larger impact in the communities they serve

- Student elected Representative - Plan and organize all seasonal residential hall activities - Review sponsorship applications and rate them on a criteria to provide financial recommendations - Oversee $150k budget- Discuss and create solutions for current social, academic, and residential problems

Spearheaded the development of a large-scale cross-platform event app to engage 2000+ people for largest guide dog organization in the United States for pro-bono- collaborated closely with clients to create a friendly and easy-to-use interface- mentored and worked individually with each team member to teach tech stack and help debug code- crafted and implemented virtual activities to engage remote volunteers

Interacted and tested custom-made devices intended to create a safer environment in places such as schools and workplaces amid the COVID-19 pandemic. Experimented with a mobile application to implement a mode of human identification through the use of a drivers' license. Created an android application that utilizes Optical Character Recognition to scan driver's licenses and parse names and verify age.Created a mobile application that asks standard CDC questions and serves as a mode of check-in to workplaces to create a safer environment during the COVID-19 pandemic. The app is currently being used in local government and court offices to check in staff without the need of a person.

- Curated lesson plans and homework materials for students- Taught alongside National Master Pete Karagianis - Individually coached students under the age of 10- Coached chess for several hours a week

- Member of the Mobile Application Team- Participant and winner of the National Mobile Application Showcase- Mentored the website development team and aided them through their HTML learning process- Learned SQL Database management- Became well experienced in using Note Pad++, Android Studio, and Eclipse

- Created a business model for a potential application - Conducted a thorough analysis to create a model for sustainability and profit- Put together business presentations and presented in front of well-known entrepreneurs- Created a mobile application that scans appointment cards and automatically inputs them into your calendar. The application also has the ability to scan coupons to set reminders to use them before the expiration date.- Presented the application at a National Competition and reached the semi-finals