Morgan Roadman

Projects & Research

With clickable links

STEM

Interferometry in Radio Astronomy

Collaborated with a physics faculty mentor to build a Python-based data pipeline that processed real-time horn telescope signals using software-defined radio, producing live fringe pattern visualizations on a web dashboard.

Virginia Tech Center for Neutrino Physics REU

Research on coherent elastic neutrino-nucleus scattering (CEvNS) signal characteristics of plutonium-241 in spent nuclear fuel from Virginia Tech Physics Summer 2024 REU.

Digital Dice Roller

Individual Digital Electronics project that simulates rolling two standard six-sided dice.

Random Walk Simulator

Partner Python coding project from Computational Physics that simulates the Random Walk mathematical concept.

Multi-threaded Conway's Game of Life

Individual C++ project from Parallel/Distributed Computing - A multi-threaded version of Conway's Game of Life.

Solving First-Order Linear Differential Equations

Calculus II project showing the origin of many currently-used formulas and principles using Gottfried Leibniz' "Intuition and Check" Method.

StudyWise

Group project from Software Development utilizing Python's QT GUI library. An application designed by students, for students, to aid them in their studying endeavors.

More available at

Github

My creative work — from hand-drawn art and school graphics to music — reflects how I stay curious, motivated, and engaged in everything I do. I play tenor saxophone, piano, and sing, and I approach each artistic project as a way to communicate ideas with care, clarity, and energy. These pursuits complement my academic work by strengthening my focus, creativity, and follow-through.

Graphics/Artwork

Music

Hello, I am Morgan Roadman