Project Timeline
View Grid Layout
AI-Powered Crypto & Stock Trading via Cluade MCP Server
May 25 - PresentA custom implementation of the Claude MCP Server that can trade your crypto and stocks using the Robinhood Api
Highlights
- Designed and developed a responsive, modern portfolio website from scratch
- Implemented animations and transitions using Framer Motion for enhanced user experience
- Created reusable components and integrated dynamic page routing with Next.js
AIMCPAPI IntegrationMachine Learning
Portfolio Website
May 25 - PresentA modern, responsive portfolio website built with Next.js, React, and Tailwind CSS, featuring animated UI components and project showcases.
Highlights
- Designed and developed a responsive, modern portfolio website from scratch
- Implemented animations and transitions using Framer Motion for enhanced user experience
- Created reusable components and integrated dynamic page routing with Next.js
Next.jsReactTailwind CSSFramer Motion
Catan Board Game Simulation
Dec 24 - Jan 25A digital recreation of the board game Catan, integrating resource management, trade, and expansion mechanics to replicate the authentic gameplay experience.
Highlights
- Conceptualized and produced a fully functional digital version of Catan
- Developed a dynamic board generation system for balanced gameplay
- Engineered an AI opponent using machine learning algorithms
JavaScriptMachine LearningGame Development
SpaceX Falcon 9 Landing Prediction
Dec 24Data-driven machine learning project to predict whether SpaceX Falcon 9 first stages will successfully land after launch.
Highlights
- Developed a web scraping system using Beautiful Soup to extract SpaceX Falcon 9 launch data
- Performed comprehensive data preprocessing and exploratory analysis
- Implemented Random Forest and Logistic Regression, achieving 83.33% prediction accuracy
PythonBeautiful Soupscikit-learnData Analysis
Maze-Solving Robot
Mar 24 - May 24An autonomous robot that efficiently navigates mazes using advanced algorithms and sensor integration.
Highlights
- Designed and programmed an autonomous robot using Python and MATLAB
- Implemented maze-solving algorithms that dynamically adjusted based on sensor input
- Achieved 70% faster maze-solving performance than other groups
PythonMATLABRoboticsAlgorithms