BERKO//OS · CODE ARCHIVE
A scan-friendly index of mobile apps, functional programming projects, algorithms, games, and web work built from 2022 through 2026.
01 / SHIPPED SOFTWARE
Four iOS apps built around movement, focus, and everyday utility.
Launching in September 2026 in Ithaca, The Move is a community-curated social platform that centralizes the best local events into one real-time feed. From underground shows to campus pop-ups, it helps people find their crowd and discover their city as it happens.
Available Sept ’26
Formerly Fitness Buddy, Earned is a local-first adaptive strength-training app for iPhone and Apple Watch. It builds a personalized weekly plan, logs every set, advances successful lifts, and turns workout history into clear readiness, progress, and training-volume insights.
HealthKit integration, Live Activities, haptic feedback, and on-device storage keep the experience useful in the gym without requiring an account or sending training data to a server.
Routes turns “how far should I run?” and “where should I go?” into one focused running experience. Generate target-distance loops and out-and-backs, then follow an explainable race plan that adapts conservatively as training changes.
Surface, elevation, and path preferences shape each route. Saved routes, GPX export, Apple Watch support, and private on-device data make it practical from planning through run day.
Winner of the Google Change the Game Award 2022. Satisfy is a tactile puzzle journey built around one evolving map. Zoom into each part of the world and solve a compact interaction using light, balance, rhythm, routes, shape, and motion. Every completed puzzle reveals another piece of the landscape until the full route comes alive.
Designed for calm focus, it includes 20 handcrafted puzzles, precise physics-inspired interactions, responsive sound and haptic feedback, and optional hints. There are no accounts, advertisements, tracking, or in-app purchases, and the full game works offline. Take your time. Complete the map. Make every movement satisfy.
02 / PROJECT ARCHIVE
Web development, functional programming, algorithms, and interactive games.
A from-scratch reimplementation of DoRA (Weight-Decomposed Low-Rank Adaptation), which splits a frozen pretrained weight into a trainable magnitude and a direction updated through a LoRA-style low-rank branch. Built on a Phi-2 backbone rather than the paper’s LLaMA-7B and evaluated across eight commonsense reasoning benchmarks, it reached 80.3% average accuracy while training the fewest parameters of any setup we compared against.
View repository
A client-facing team project built on top of Gerrit, the open-source code review platform. Reviewers can mark individual files—or specific line ranges inside a diff—as read, and a Read Progress Dashboard rolls that up into file and line coverage so a long review can be picked up exactly where it was left off. Backed by a custom read-status-tracker plugin with REST endpoints and a Bazel/JUnit test suite.
View repository
Developed this website from the ground up and hosted it on GitHub Pages. The project included building the interface with HTML, CSS, and JavaScript, managing version control with Git, and applying web design principles to create an effective and visually appealing site.
Website files
The Game of Life is a project coded in the functional programming language OCaml. The game occurs in the terminal, can be played with one player or two, and is themed around Cornell and Cornell-based experiences.
Project link
An interactive language model application developed in OCaml. Trained on a given text corpus, it generates word sequences using n-gram analysis—a technique commonly used in natural language processing. Given a starting sequence of words, the application predicts and outputs a continuation that mimics the style and content of the training corpus.
Developed and implemented graph algorithms and concurrency techniques within a complex codebase. The primary task simulates navigation through the London Sewer System, represented as a graph. The objective shifts to collecting as much treasure as possible while escaping the maze within a limited number of steps.
The project emphasizes data structures such as heaps to optimize graph search algorithms, synchronization of concurrent code for efficient execution, and the practical application of theoretical concepts in a real-world scenario.
This project involved developing a unique version of the classic arcade game Asteroids. It began with the basic functionality of a single wave mirroring the classic gameplay, then added enhanced graphics, sound effects, and advanced gameplay elements inspired by iconic shooting games such as Galaxian and Galaga.
