projects

Navigation Application with real-time updates, map matching, and route relocation.

• Used object-oriented principles to model geographic shapes, street segments, and intersections
• Applied design patterns such as the Observer, Model-View-Controller, and Strategy
• Developed interactive visualizations using Java Swing and Java 2D graphics
• Utilized pathfinding algorithms (Djikstra's and Bellman Ford) and GPS data parsing for dynamic routing
• Developed map matching and route relocation features to adjust routes based on real-time data

Calculator that performs calculations across different unit types.

• Followed an agile (Scrum) process to create a complete software product
• Worked with a team of 5 using Git and GitHub
• Utilized software design principles and worked to maximize cohesion and minimize coupling
• Worked with a stakeholder to refine requirements

Puzzle game created for the GMTK 2025 Game Jam.

• Ranked top 6% in enjoyment out of over 9,500 entries
• Created a user interface that encapsulates complex game mechanics
• Designed challenging puzzles that require strategic thinking

Resource management tower defense. It is a game jam project for the Kenny Game Jam 2025.

• Used state machines to manage game logic for enemies, levels, and towers
• Used Godot's signal system for event handling (Observer pattern)
• Completed an entire game within the time constraints of the jam (48 hours)

My personal portfolio website, built from scratch using HTML, CSS, and JavaScript.

• Designed and implemented a responsive and visually appealing layout
• Utilized modern web development practices for performance and accessibility
• Incorporated animations and interactive elements to enhance user experience

Website that provides you recipes based on the ingredients available in your pantry.

• Worked with a partner using Git
• Created a responsive design
• Leveraged API calls to display data

Web app that links your bank account and uses AI to provide feedback on spending habits.

• Integrated bank APIs for transaction data
• Built dynamic interface with Next.js and Node.js
• Implemented Flask microservices and PostgreSQL database
• Utilized OLLama LLM for personalized messages

Unix-style shell with custom utilities, piping, and environment variable management.

• Built interactive + batch shell modes using fork(), exec*(), and dup2()
• Created custom versions of ls, chmod, head, cat, env, and more
• Implemented piping, variable parsing, and command chaining
• Wrote scripts to test shell behavior and validate output

Simulates DHCP client behavior with custom BOOTP packet encoding, option parsing, and raw UDP communication.

• Built full DHCP discovery process using raw socket programming and UDP messaging
• Parsed and constructed BOOTP packets with custom struct handling and byte-level manipulation
• Implemented option field parsing for key DHCP fields (subnet mask, router, lease time, etc.)
• Simulated client-server interaction for IP address negotiation and configuration

Educational operating system used to learn OS concepts such as threading, scheduling, and file systems.

• Implemented thread scheduling algorithms including round-robin and priority scheduling
• Built a simple file system with support for file creation, deletion, reading, and writing
• Worked with low-level hardware interfaces and memory management techniques

Discord bot that facilitates coding practice within a discord server. It supplies reoccuring and configurable problems, as well as alerts for contests and other events.

• Designed, created, and maintained a live service product used in various discord servers
• Used the LeetCode API to get related information
• Utilized software design patterns such as the Observer pattern to manage events and notifications
• Self-hosted the bot 24/7 on a Raspberry Pi

Command line utility to provide certain metrics of text files.

• Used getopt to implement command line functionality
• Implemented appropriate error handling based on input

Custom file compression utility using Huffman Coding, comparable to 7-Zip and gzip.

• Built Huffman Trees using a deterministic Min-Heap for consistent encoding/decoding
• Wrote comprehensive unit tests to ensure accurate compression and decompression
• Serialized compressed data into custom objects storing frequency maps and encoded bitstreams

Function puzzle game challenging players to deduce hidden functions through input-output observations.

• Developed a custom language for defining and testing functions
• Implemented a Lexer and Parser for the custom language
• Created a responsive and interactive TUI for gameplay
• Generated Abstract Syntax Trees (AST) for function evaluation