Project Background: In an academic collaboration, a peer and I developed the Educational Multiflow Software, a specialized tool designed to assist students in grasping the complexities of multi-flow in Fluid Dynamics.

Technological Framework:

• Electron: Used for crafting a desktop application with a native feel across different operating systems.
• Angular.JS: Implemented for its powerful data-binding capabilities, enhancing the interactive educational experience.
• Node.JS: Provided the backend strength needed for handling the computational aspects of fluid dynamics simulations.

My Contributions:

• Co-Developer: Actively participated in the full-cycle development of the educational software, translating fluid dynamics concepts into an interactive digital format.
• Numerical Optimization: Focused on numerical methods to simulate fluid flow accurately, enabling students to experiment and learn through visual feedback.
• Interactive Visualization: Built interactive graphics and formulas, facilitating a hands-on learning approach for complex scientific principles.

Impact and Recognition: The software was not only an essential learning aid but also gained recognition for its innovation, leading to a patent by the University of Alaska Fairbanks. It stands as a testament to the application of software engineering in enhancing educational methodologies in the sciences.