Built Raptor RAG: an advanced retrieval-augmented generation system designed around NASA's space biology data for intelligent ingestion and retrieval.

State-of-the-art text-to-motion generation with 272-dimensional representation, achieving superior animation quality for game engines.

Advanced humanoid robotics system integrating AI-powered motion control, computer vision, and real-time sensor fusion. Features autonomous navigation, human interaction capabilities, and adaptive learning algorithms for dynamic environments.

A humanoid expressive robotic head built entirely from fully 3D-printed structural components and servo actuators, designed for high-DOF facial expression and embodied interaction. The system is integrated with ROS for real-time control and perception, and interfaces with the OpenAI API for AI-driven behavior and interaction.

Transforming NASA's solar and lunar data into immersive audio experiences, making space exploration accessible through sound.

Solved complex algorithmic challenges with optimized C++ and Python solutions, demonstrating advanced problem-solving skills.

A custom-built FPV drone designed for extreme conditions, capable of signal transmission through water. Components are sealed with conformal coating for collision and water resistance, powered by high-discharge LiPo batteries.

High-performance 5-inch FPV racing drone featuring a DJI Digital Video System for HD low-latency feeds. Built for speed and precision, utilizing a SpeedyBee flight controller and Crossfire long-range link, finely tuned in Betaflight for locked-in handling.