Things I’ve created to make the world around me a little different

I've co-led the creation of a competition-winning autonomous robot, leveraging a sophisticated tech stack centered around Arduino and C++, as well as a robust Microsoft Teams clone, demonstrating my proficiency with Node.js and agile development practices.

My projects reflect a commitment to excellence across various domains, including sustainable automotive innovations, advanced algorithmic search engines, and intelligent AI agents, all while maintaining a strong focus on efficient, professional solutions in the tech landscape.

Competition-Winning Autonomous Rescue Robot

Engineered an award-winning autonomous robot with Arduino and C++, excelling in design and functionality, supported by agile development and Git, presented via Microsoft Teams.

Treats - Microsoft Teams Clone

Co-led a team to craft a Microsoft Teams backend clone, demonstrating a robust Node.js and TypeScript application with a strong CI/CD pipeline and comprehensive unit tests.

Regenerative Suspension System

Co-led the design of a cutting-edge regenerative suspension system for electric vehicles, combining material analysis with stakeholder engagement and project management tools like ClickUp and Microsoft Teams.

Mastermind Clone in Assembly

Created a meticulous clone of the Mastermind game in MIPS assembly, focusing on efficient memory management and transparent function design for enhanced readability and performance.

Rank Aggregated Search Engine inspired by Google PageRank

Implemented the PageRank algorithm in C, developing a search engine that ranks URLs based on connectivity, honing algorithmic and data structure skills.

AI Reward-Based Learning Agent

Developed an AI agent using Python that learns through SARSA and Q-learning, incorporating advanced search techniques and reward-based optimization.

AI State-Based Machine Learning Agent

Crafted a Prolog-based AI agent capable of state-aware planning and decision-making, demonstrating an intuitive understanding of agent-based machine learning.

Efficient Flight DB and Query System

Engineered a flight database system in C, leveraging binary trees for efficient data insertion and retrieval, optimizing performance for large datasets.

Efficient Memory Suballocator

Designed a high-performance memory suballocator in C using tree structures, focusing on efficient memory management and bitwise operations.