Projects

Senior Design Project - Graphical User Interface (Sept 2025 - Dec 2025)

Showing the features of the working program.

I created a Graphical User Interface that uses Python and Julia to simulate data from an instrument, display real-time graphs, record trials, and playback saved data from a CSV file. This project is a subsystem of a larger senior design project that spans two semesters. The GUI will function as the all-in-one software, taking inputs from an mDLP (miniature Dual Langmuir Probe) instrument while being tested inside a plasma chamber. Thus far, there is a working build for the GUI with all functioning features. However, the backend is planned to be converted from Python to a mainly Julia backend for a highly efficiency data handling system for the science data. The end result of the project will be a Python frontend and Julia backend for a proof of working dual language highly efficient GUI to handle incoming data, display, and perform functions of analysis, saving, and playback.

Junior Design Project - Ball Balancing Platform (Jan 2025 - Apr 2025)

The ball balancing platform in all of its glory.

I, alongside two others created a ball balancing platform for our junior design project. The platform reacts to any inputs atop a resistive screen which reads inputs, sends them to an Arduino, calculates the position of the stepper motors to turn and moves the platform in a way that balances a steel ball when rolled onto the top. I programmed the algorithms for the Inverse Kinematics which determined the position the arms must be oriented in order to move the ball to the platform. I also coded the PID algorithm, which found how much the ball needed to move to get to the center. All programming was in C++ using Arduino and CAD was modelled using Fusion 360.

Project S.H.I.N.E – Microcomputers & Electronics Final Project (Jan 2025 - Apr 2025)

In my Microcomputers and Electronics Instrumentation course, my final project was building project S.H.I.N.E. or Solar Harnessing Intelligent Navigator for Exploration, a CubeSat like apparatus that is an environment sensing sun tracker. My team built the tracker in C using an AVR microcontroller to remotely monitors power, temperature, direction, and light levels to accurately swivel to track an artificial light source while displaying data in real time to a ground station. I was in charge of constructing the power and monitoring subsystems that precisely track all voltage and current levels in the project.

Spark Jam 2025 - Tainted Blood (Feb 2025)

Embry-Riddle Aeronautical University's first annual SparkJam.

I participated in the first annual ERAU SparkJam event hosted by the Game Development club. The theme of the Jam was “Vampirism” and teams were given 42hrs to complete a video game. I worked as a solo developer where I utilized my prior programming experience and leveraged it with GSScript in the Godot Engine. I gained valuable experience with prototyping, game mechanics, iteration, storyboarding, level design, and 2D asset design. Additionally, the pressure of a 42hr deadline gave me crucial experience with adaptability, decision making, time management, and designing the overall direction of the game.

IEEEXtreme Programming Competition (Oct 2024)

ERAU ranked in the top 37% of over 8,000 global teams in a 24-hour programming competition. I collaborated with my team to solve coding challenges, where we optimized algorithms for speed and efficient memory usage in Python, C, and C++.

Differential Equations Honors Project (Jan 2024 – May 2024)

I engineered a Python program that simulates the behavior of 10 unique mass-spring systems using data visualization libraries. This program provides graphical representations of second-order differential equations, serving as a valuable learning tool for future engineering students.

NASA RASC-AL Competition (Jan 2024 – May 2024)

I conducted collaborative research with a team of 50 students, focusing on design and innovative concepts to enhance human space exploration. I computed and plotted mission trajectories for launch, transfer orbit, reentry, and landing using MATLAB.

Graphical Communications Final Project (Aug 2023 - Dec 2023)

Final rendering of the toaster model with shading.

I designed a realistic 3D CAD model of a toaster in CATIA V5 with accurate dimensions. I also rendered the simulated model using Houdini SideFX and animated the moving components with lifelike textures and shaders.