My Portfolio

A professional portfolio showcasing research projects, software engineering work, and technical expertise in embedded systems, GPU computing, and computational physics.

View Live Portfolio

---

Overview

This is a personal portfolio website built with HTML, CSS, and vanilla JavaScript. It highlights major projects from my Computer Science studies at Tarleton State University, with a focus on high-performance computing, embedded systems, and real-world applications in healthcare and environmental science.

---

Featured Projects

🫀 N-body Digital Twin of the Left Atrium

A real-time cardiac simulation using GPU-accelerated physics to recreate electrophysiological properties of the human heart. Features interactive virtual ablation tools for cardiologists and medical students.

• Tech: C/C++, CUDA, OpenGL, ImGui, Linux
• Highlights: NIH-funded research (Grant #1R15HL179671-01); 1st Place Poster — multiple conferences
• Links: Project Site | Repository

🧪 N-Body Simulation of MicroPlastic-Polymer Interactions

A CUDA-accelerated N-body simulation modeling microplastic coagulation with plant-derived polymers to accelerate environmental remediation research.

• Tech: C/C++, CUDA, OpenGL, Simulation, Visualization
• Highlights: 1st Place Graduate Poster — Tarleton REID Conference 2025
• Links: Project Site | Repository

🎙️ Analog Pink Noise Generator Circuit

A complete analog circuit design project featuring a reverse-biased transistor noise source and passive RC filtering, with full documentation including schematics, measurements, and build photos.

• Tech: LTSpice, Python, MATLAB, Circuit Design, Signal Processing
• Links: Project Site | Repository

---

Technical Skills

Programming: C, C++, Python, Java, ARM & x86 Assembly, Bash
GPU Computing: CUDA, OpenGL, ImGui
Embedded Systems: STM32, TIVA-C, Arduino, Raspberry Pi
Tools & Platforms: Git/GitHub, Linux, CMake, LTSpice, MATLAB, Blender
Specializations: Parallel computing, circuit design, signal processing, real-time visualization

---

Local Development

Prerequisites

• A modern web browser (Chrome, Firefox, Safari, Edge)
• A local web server (for development; optional for viewing locally)

Running Locally

1. Clone the repository:

   git clone https://github.com/MBane04/MBane04.github.io.git
   cd MBane04.github.io

2. Serve locally:

   python -m http.server 8000

   Then open http://localhost:8000 in your browser.

3. Or simply open index.html in your browser for quick viewing. (Recommended)

---

File Structure

.
├── index.html          # Main portfolio page
├── style.css           # Styling (light & dark mode)
├── script.js           # Interactive features (menu, dark mode, animations)
├── README.md           # This file
├── docs/
│   ├── MasonBaneResumeMaster.pdf
│   └── posters/        # Conference presentation slides

---

Browser Compatibility

• ✅ Chrome/Edge (latest)
• ✅ Firefox (latest)
• ✅ Safari (latest)
• ✅ Mobile browsers

---

Contact & Links

📧 Email: mbane0525@gmail.com
💼 LinkedIn: linkedin.com/in/mason-bane
🐙 GitHub: github.com/MBane04

---

License

This portfolio website is open source and available under the MIT License. Feel free to fork, customize, and use as a template for your own portfolio.

---

Acknowledgments

• NVIDIA GTC 2026 for showcasing cutting-edge GPU research
• Tarleton State University for fostering excellence in computer engineering
• TSU Particle Modeling Group for collaborative research opportunities
• All conference organizers, advisors, and collaborators who contributed to these projects

---

Last updated: January 2026