Developed GUI application to manipulate and analyze image files using Java Swing for Object-Oriented Design class

Utilized model-view-controller design with kernel filtering and linear color transformation classes for easy editing

Explored object-oriented principles such as the Builder, Command, Adapter, Decorator, and Strategy design patterns

Created a static site generator to parse my physics notes from Markdown/LaTeX into HTML using NodeJS

Boosted productivity of study sessions significantly by making notes easy to access and well-organized

Made an interactive spacetime diagram to visualize Lorentz transformations used in special relativity

Implemented various equations used in modern physics to provide an intuition behind the math of relativity

Built a game in JavaScript, HTML, and CSS to demonstrate the effects of partisan gerrymandering

Delivered an engaging and interactive experience to over 100 students in AP U.S. Government classes

Developed an interactive tool to visualize complex harmonic motion found in physical systems

Provides users the ability to change parameters of the systems and observe how the resulting patterns are affected

Created a reference website and iOS app to track trains and buses on Boston public transit network

Generated over 1,000 iOS app downloads and thousands of website pageviews with reliable and useful information

Learned HTML, JavaScript, CSS, and React to present third-party API data in a fast and organized way

Developed an interactive program to visualize complex 3D fractals using for AP Computer Science class with a partner

Utilized distance estimator and ray-marching rendering methods in Java/C program with LWJGL library for graphics

Develop front-end and back-end solutions to challenging problems

Plan feature development in daily Scrum meetings

Create extensible and efficient additions to several codebases

Write thorough and comprehensive test suites for my contributions

Mentor students in multivariable calculus, fundamentals of computer science, and modern physics

Conduct up to 10 one-on-one meetings weekly, leading to higher student confidence and better in – class performance

Engage thousands of visitors of all ages daily in drop-in engineering, computer science, and biology activities

Educate visitors about the engineering design process and encourage planning, testing, and redesigning

Manage and coordinate dozens of interns and volunteers to ensure a flawless visitor experience

Prepared dozens of compound samples for NMR analysis and refilled machines with liquid nitrogen weekly

Organized and weighed thousands of chemical samples to expedite drug discovery for neurodegenerative diseases

Upgraded software, storage, and memory in servers and end-user machines, which greatly increased productivity

Created deployment documentation for new and refurbished computers and other IT equipment

Troubleshot issues with AV equipment in front of thousands of church attendees