Funbotics is a 501c3 non-profit organization that I founded with the mission of igniting a passion in STEM in youth, providing fun, hands-on STEM experiences, free for the under-resourced and underrepresented.● Signed $100K sponsorship deal for 2022 with Anycubic to run free 3D Printing camps; 1st camp in Apr’22.● Provided STEM camps for >750 low-income/underrepresented youth across the U.S., with 25+ volunteers.● Launched two 3D Printing Camps sponsored by Creality in Jul & Oct’21; 100 students participated.● Tsai Center for Innovative Thinking at Yale Accelerators, Spring & Summer’21: Established partnerships with organizations - Yale Pathways to Science, Yale SEAS, ConnCAT, and engineering firms. 2021 budget - $42K.● Expanded local programs with chapters in Connecticut, Washington DC suburbs, and newly in California.

●Conducted M&A modeling and capital markets research. Researched potential investors, built pitch decks.●Created financial model for new fund with projected $2 million investment and acquisition of 40 rental units.

I established a new undergraduate organization within Yale University dedicated to introducing robotics to under-represented youth and inspire them to enter STEM careers in the future. We offer a semi-annual program to New Haven middle schoolers, partnering with Yale School of Engineering and Applied Science, Dwight Hall, and Yale Pathways to Science.

Performs research and prepares reports on residential properties under $200,000 for investment purposes in Prince William County, VA. My research includes data related to comps, historical home value, government valuations, rental income and rate of return calculations and determining whether the property is worth investing

Worked in a business team that is focused on the development of a startup company. Conducts market research, reviews market analysis reports, interacts with potential end-users, meets with product designers, cooperates with materials and equipment suppliers, and establishes business strategies.

I am the treasurer of the Yale Leadership Institute, which promotes leadership skills through speaker events and discussions.

At Alger, I built financial models to value businesses and conducted industry research. I prepared analyses/models for tech stocks such as ALTR, SNPS, and HUBS and IPOs including JAMF and VSTA. I prepared a stock pitch on SVMK and presented it to the CEO at the end of the internship.

As a member of Yale Undergraduate Diversified Investment, I am gaining knowledge about the finance field through stock pitch competitions and other activities.

I interned in the the Enterprise Content Management division of the U.S. Department of the Treasury. Over the summer, I took on various projects involving project development, front end computer science, budgeting, and policy making. I worked on the Committee on Foreign Investment in the United States (CFIUS) project, developing a system for international entities to declare investments for committee approval. I additionally created the cost model for the ONE CT application, which was developed to track workflow within government organizations. Finally, I learned about policy writing and implemented policies for interns within Enterprise Business Solutions.

I designed and automated the ShaftCam instrument for civil engineering applications at Aver Technologies. The ShaftCam allows for video inspection of drilled foundation bottoms underwater with the ability to measure sediment thickness using a spring-loaded penetrometer with a graduated scale. After many design iterations, I have successfully automated the penetrometer measurement using an ultrasonic sensor. I prepared the required shop drawings and literature, and we filed for a provisional patent.

I conducted research on human-robot interaction using a robot called HUBO, a humanoid robot. I worked on designing a head for HUBO using Solidworks, and I adapted the completed robot head, now called the Sensing, Computing, and Interactive Platform for Research in Robotics (SCIPPR), to various sensors. Additionally, I worked on the initial proceedings of a four-year project using artificial intelligence for robot physical multitasking.