This MATLAB project computes the lift, drag, power required, propeller efficiency, cruising speed, stall speed, stability margins, range, and endurance of a small UAV with a given payload. The script then creates N=100,000 aircraft with randomized geometries such as wing area, wingspan, chord lengths, and fuselage lengths in order to identify the optimal dimensions for maximum endurance. Finally, the code outputs the specs of the best identified aircraft, along with a generated preliminary 3D model.

This MATLAB script takes in RGB thermal images from an infrared camera and analyzes the data to trigger a response if the observed region's temperature exceeds a certain threshold. Furthermore, this project can store the data to identify the point in time when the observation region was hottest.

This project is a fully functional game modeled after the classic arcade game 'Dig Dug'. Dig your way through the mines in order to find the hidden oil before the enemies catch you. You can use tools such as sonar, gold nuggets, and water guns to help protect yourself. Just watch out for fallling rocks.

This python script is capable of playing the Google Chrome offline Dinosaur Game and avoiding all obstacles. The project utilized the Autopy library’s image processing capabilities in order to respond to the screen in real time.

This website was my first exposure to HTML and Front End Development. I have learned a lot and intend to keep learning more! I continually update this site as I find the time to add more projects and features.

In this project I modeled an engine turbine and determined the maximum deflections of the blades in the relevant range of RPM. Additionally, I found the vibrational modes of the engine and created a Campbell diagram in MATLAB to highlight the frequencies to dampen at operating RPM.

This Solidworks project was completed in tandem with the UAV optimization script described above. Once the optimization code gave me the optimal dimensions, I modeled the plane in Solidworks using the appropriate airfoils, cross sections, and wing sweeps.

I continually update this website with my completed projects whenever I have spare time. Check back in later to see more!