I've been fascinated by computers and coding for as long as I can remember. What really got me hooked wasn't a class or a tutorial but wanting to automate the tedious parts of running a YouTube channel when I was younger. I taught myself Python specifically to build a completely automated video editing system for my content, and seeing that project actually work was the moment I knew I wanted to create things that solve real problems.
Fast forward through four years at Cal State Bakersfield (summa cum laude), and that same drive to build practical solutions has led me through everything from AI research to quantum computing to game development. I'm headed to UC Davis this fall for my Master's. It's a new experience I'm excited to embark on, and while I hope I'm prepared, I know my determination will carry me through whatever challenges come next.
🔬 Research Focus
Currently juggling research in quantum computing and electricity price forecasting while helping students debug their code and assisting engineering teams with prototypes.
🎯 My Approach
I love the variety of what I do. One day I'm explaining qubits, the next I'm helping someone figure out why their C++ won't compile.
My research paths happened somewhat organically. I sought out Dr. Lei during my second-to-last spring semester wanting to work in machine learning, and since he was working on electricity price forecasting, I was able to contribute there over the winter. Then the following semester, Dr. Kaur actually sought me out for a research assistant position in quantum computing. Of course I said yes! I may not know exactly where AI/ML is headed, but I know I want to be on top of it as it develops.
Leadership Highlights
🚁 Drone Team Lead
As programming lead for the CSU Robotics Club's UAS competition, I coded every single line that made our drone autonomous. Despite having one of the lowest budgets at Mojave Air and Space Port, our drone was the only fully autonomous system there.
Fully AutonomousLowest Budget
👨🏫 Custom Lab Creator
As a TA for computer architecture, I created challenging labs like recreating Wordle in ARM assembly and implementing sorting algorithms in MIPS. The algorithm lab scared quite a few students!
ARM AssemblyMIPS
6-7 years of experience
From automation scripts to ML research, Python is where I feel most at home. Tens of projects and counting.
Expert Level
C++
4+ years of experience
Started at CSUB, now comfortable with everything from OpenGL graphics to game engines.
Advanced
JavaScript
3+ years of experience
From React apps to backend APIs, covering the full web development spectrum.
Proficient
C# & Java
Academic & Professional
Solid foundation through coursework and projects. Comfortable jumping between languages as needed.
Capable
AI/ML
TensorFlow, YOLOv8, Qiskit
Research-focused work in computer vision, quantum computing, and machine learning applications.
Research Level
Web Dev
React, Next.js, Django
Full-stack development with modern frameworks and RESTful API design.
Full Stack
Game Dev
Unreal Engine 5, OpenGL, Unity
From physics-based puzzles to open-world racing games, always experimenting with interactive experiences.
Creative
Research Tools
Monte Carlo, Academic Methods
Statistical modeling and academic research methodologies for forecasting and analysis.
Statistical
Beyond the Code
When I'm not debugging someone else's code or trying to understand quantum entanglement, I'm usually working on side projects that combine my interests. I believe the best software solves real problems, which is why I gravitate toward research and practical applications rather than just building for the sake of building.
Gaming has always been a huge inspiration for me, especially Nintendo games. There's something about their approach to game design and user experience that influences how I think about creating software. The attention to detail and the way they make complex systems feel intuitive is something I try to bring to my own projects.
I also genuinely enjoy teaching. There's something satisfying about helping someone finally understand why their pointer isn't pointing where they think it is, or watching a student's face light up when their first API call actually works. Whether it's creating challenging labs or explaining why a sorting algorithm works the way it does, seeing that "click" moment makes it all worthwhile.