Projects

Linux-based C++ trading and analysis platform. A comprehensive C++ trading application designed for Linux, focused on market analysis, strategy evaluation, and automated paper trading. Built with static library linking for portability and reliability.

Core Capabilities

• Multi-API integration with automatic fallback to handle rate limits
• Real-time and historical market data ingestion
• Advanced technical analysis using TA-Lib and custom study modules
• Support for both stock and options trading logic
• Risk management rules enforcing strict capital usage limits

Technology Highlights

• Languages: Modern C++
• Libraries: TA-Lib, libcurl, JSON parsing
• APIs: Alpaca, Alpha Vantage, Twelve Data, Finnhub

Application Modes

This project demonstrates systems programming, API orchestration, and defensive design in a production-style C++ codebase.

Full-stack practice platform with authentication, collaboration, and real-time features. A full-stack personal project used to explore backend architecture, authentication, real-time communication, and cloud-hosted services.

Key Features

• Backend: Supabase database with authentication and row-level security (RLS) enforced on all tables
• User system: Customizable profiles with photo and resume uploads
• Social features: Friend list management controlling communication access
• Real-time chat: Netlify Functions integrated with Stream Chat API, with persistent message history
• Collaboration tools: Team creation, task assignment, priorities, deadlines, and progress tracking
• AI integration: Backend services deployed on Google Cloud Run using Node.js to integrate Gemini, with per-user message history
• Trading dashboard: Market data streaming via Finnhub WebSocket and Alpaca API, with per-user watchlists stored in the database

This project emphasizes secure access control, backend data modeling, and integrating multiple external services into a cohesive application.

Arcade-style runner game built in C++. A fast-paced arcade runner game built using SDL2, where the player must jump, duck, and survive increasingly difficult levels while being chased by a bull.

Features

• Scene system with Menu, Options, and Game states
• Procedurally generated levels with increasing difficulty
• Sprite-based rendering and parallax backgrounds
• HUD overlays showing progress and level transitions
• Text rendering using SDL_ttf utilities

This project focuses on game loops, state management, and real-time rendering in a native environment.

Top-down driving game with level progression. A lightweight top-down driving game built with SDL2 and SDL2_ttf. The player navigates a highway, avoids obstacles, and advances through progressively harder levels.

Features

• Scene system (Menu, Options, Race)
• Increasing obstacle density and speed per level
• HUD overlays rendered using TrueType fonts
• Clean separation between rendering, input handling, and game logic

AWS-hosted static portfolio site. A personal portfolio website deployed on AWS to showcase projects, technical skills, and ongoing learning. Designed as a central hub for my resume, engineering work, and experimentation with deployment workflows.

Highlights

• Static site deployment on AWS
• Clean, minimal frontend focused on clarity and performance
• Iterative updates as skills and projects evolve