Contributed to the development of an internal platform utilized by 20+ investors, focusing on data aggregation and optimizing backend functionality through tools like AWS S3 to ensure seamless access to critical resources within the portal.
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Applied Math & Data Science @ UC Berkeley
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My interests include startups, education equity, and machine learning. I hope to use technology to make a positive impact on the world. In my free time I enjoy learning new things and playing tennis. Let’s connect and collaborate on meaningful opportunities!
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Contributed to the development of an internal platform utilized by 20+ investors, focusing on data aggregation and optimizing backend functionality through tools like AWS S3 to ensure seamless access to critical resources within the portal.
Contribute to the design and execution of experiments evaluating congestion control algorithms, refining models to accurately forecast network congestion patterns and proactively mitigate disruptions
Collaborate with interdisciplinary team members to utilize Python in developing and analyzing synthetic hyperpolarized 13C data for training machine learning models, focusing on brain and/or heart imaging
Collaborated with the frontend development team to integrate advanced custom PDF generation functionality through the use of Axios; this enhancement is anticipated to accelerate the report creation process and ensures users receive real-time comprehensive insights
Developing and teaching a diverse STEM curriculum spanning 12+ subject areas, including Circuits, Basics of Coding, and more, contributing to over 700 students’ growth and understanding. We're also working on other interesting tools, stay tuned!
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Developed Support Vector Machine (SVM) classifier models in Python by leveraging voice parameter data obtained through diverse research techniques. My work culminated in the development of diagnostic software designed to facilitate early disease diagnosis.
Implemented a 2D tile-based world exploration engine in Java that randomly generates a graphical tile-based world using a tile renderer, allowing users to move around and interact with world objects. Implemented a GUI to display information on where users are located in the world, other key characteristics; provided user interface to save, quit and reload their worlds
Implemented web-application using ReactJS for users and participants of STEMz Learning to access classes, curriculum, and get involved with our organization. Currently working on implementing new features, stay tuned!
Implemented tower defense game Python using functional and object-oriented programming; populated colony with bravest ants with optimal food cost & health value to protect ant queen from the evil bees that invade its territory.
Implemented a program Python that measure typing speed, autocorrect feature, and corrects spelling mistakes; implemented multiplayer functionality. The project included text samples to be typed and a web server for a graphical user interface.
Implemented a program Python dedicated to simulating and finding strategies to win a dice game. There were many rules that had to be followed, but learned how to use control statements and higher order functions.