As a final project for Computational Methods, our team developed a MATLAB-based bridge simulation program. The program used user inputs such as force, beam length, and loading position to calculate and visualize deflection. Project requirements included the implementation of loops, functions, and user interaction within the program. Along with the simulation component, the project featured a game mode that animated vehicle crossings to demonstrate bridge behavior.
Develop a MATLAB simulation tool
Collaborate within a development team
Formally present project to peers
During the development of the program, my main objective was to create the user input and graphical output screens. I was able to use written input functions, fills, buttons, and other cosmetic details to create a seamless user experience. For the visual output, testing proved a graphical animation to be best. A significant challenge involved creating a smooth animation while maintaining program responsiveness. This was resolved by updating the plotted figure through incremental time steps, allowing continuous visualization without requiring excessive computational resources.
Beam Deflection Visual Results
This project strengthened my programming, project planning, and teamwork skills while providing experience in developing a complete engineering application. Working within a team environment required effective communication, workload management, and coordination throughout the entire development. The project also improved my ability to create user-focused software and communicate technical results through graphical visualization. These engineering skills will serve as a strong foundation for future coursework, engineering projects, and professional opportunities.
Bridge Game Simulation