Projects

Rebuilt the website for The Lawrence, The Lawrenceville School’s Columbia Press Award-winning student-run paper. The rewrite included a new Ruby on Rails backend, PostgreSQL database with an associated API, redesigned frontend, and integrated portal for editors to upload and edit articles. The rewrite also saw notable increases in site speed and decreases in memory footprint.

My personal website, ntrupin.com

Final project for SC535: Honors Physics. A kinematic simulation designed to observe the Moon's behavior following an impact accelerating it near its escape velocity. Displays statistics for position, velocity, acceleration, forces, energy, and orbit ellipse characteristics.

Implemented a robust request management system that integrates multiple Google GSuite utilities (Sheets, Forms, and Mail) to streamline the request, triage, and response process for tutors and students at Lawrenceville using Google’s JavaScript subset.

Conducted a three-month-long research project with Lawrenceville’s Miguel Bayona on the uses of Wolfram Mathematica for reading and playing piano sheet music. The final project included a presentation and a working prototype.

Analyzed and generated reports on temperature, depth, and conductivity data from numerous sites throughout Pennsylvania in coordination with the Stroud Water Research Center. The project used NumPy and Matplotlib to establish connections between climate change and evolving river conditions in the mid-Atlantic region.

Hosted and built the website for a 24-hour hackathon attended by over 200 students from 20 schools around the world both in-person and virtually.

Developed an iOS app for the Ishtar Collective, a comprehensive collection of all Destiny and Destiny 2 lore. The app utilized web scraping and provided home feed, search, categories, and entry interfaces.

Conducted a three-month-long exploration of lambda calculus and its applications in mathematical logic and programming language theory with Lawrenceville’s Miguel Bayona. The final project included a presentation and two interpreters, written in Rust and Mathematica.

Created a fully-featured Pokédex, complete with a windowed graphical interface and search functionality, within a Wolfram Notebook using the Mathematica language and PokéAPI as a reference for Lawrenceville’s Honors Computer Programming class.

A general-purpose Discord bot.

Developed and presented a multi-class lecture on blockchain technology for students in Lawrenceville’s Honors Computer Programming (MA555) class, complete with a functional, mineable cryptocurrency prototype contained in a Wolfram Notebook.

A Java SE 15-compliant JVM classfile loader.

A transpiler for a custom markup language to HTML.