A showcase of my work and the technologies I've used
Developed an immersive VisionOS training app featuring 360° video stitching and spatial computing. Leveraged Swift, Xcode, and Python workflows to simulate real-world medical procedures and interactive training scenarios. Implemented Agile methodology and Git-based version control in collaboration with Stryker engineers.
A VisionOS app developed for ShellHacks that allows users to interactively explore anatomy content. Features include loading 3D models, watching 360° videos, drawing on a collaborative whiteboard, and chatting with an integrated AI tutor (voice-to-text → chatbot → text response).
Implemented convolutional and fully connected neural networks to predict age, gender, and ethnicity from facial images using the UTKFace dataset. Evaluated model accuracy and generalization across architectures.
Built and programmed a robotic arm capable of identifying and sorting objects in real time using OpenCV and YOLOv11. Designed custom circuitry, soldered components, and managed a 15-member interdisciplinary team as Project Manager.
Programmed an Arduino Uno to control an RFID module, servo motor, and LED indicators for a secure access control system. Designed and soldered circuits to demonstrate complete hardware-software integration.
Developed a REST API with Python and PostgreSQL to securely handle user transactions. Performed endpoint testing using Insomnia and documented design principles emphasizing safe transaction workflows.
Created a digital twin of a home HVAC system in MATLAB/Simulink to simulate realistic thermal dynamics and control systems. Integrated circuit design and sensor modeling for optimization and energy efficiency.
Expanding the HVAC digital twin with real-time hardware integration using the NXP Developer Board to validate embedded control logic.
Developing an autonomous robot using TurtleBot 4 to locate and navigate to user-specified inventory items. Implements computer vision for object identification, obstacle avoidance, and path planning.