Selected project
Educational Multiflow Software
Desktop learning tool that made multiflow fluid dynamics easier to explore interactively.
Built numerical methods and visualizations that helped students understand complex flow behavior.
Year
2015
Role
Application developer
Focus


Technologies & Tools
Tasks
Context
Multi-flow in fluid dynamics is genuinely hard to teach because the concepts are abstract and difficult to visualize. We needed a tool that could make the subject feel tangible instead of purely theoretical.
What I Built
During my time at the University of Alaska Fairbanks, I built the technical foundation for this educational software. I implemented the numerical methods for simulating multi-flow scenarios, created interactive visualizations so students could see what was happening, and built formula editors that let them experiment with parameters in real time.
What I Am Proud Of
The result was a desktop app that made the learning loop much more hands-on: students could experiment, observe, and understand through interaction instead of just reading theory. That kind of feedback is exactly what I like about educational software.
The work was also solid enough that the University of Alaska Fairbanks patented it, which felt like real validation that the software had genuine value.