Develop MATLAB Windows GUI App
Budget: ₹400 – ₹750 INR
I need a MATLAB-based GUI that runs on Windows and turns data workflows into a clean point-and-click experience. The application’s core goals are simple: let users bring data in, explore it interactively, and keep their project files organised in one place.
Functionality
• Data input and display – accept common formats (CSV, MAT, TXT) and show tables or plots instantly.
• Interactive graphics – zoom, pan, cursors, and basic annotation so users can interrogate their data visually.
• File management – open, save, create new sessions, and overwrite files safely from within the interface.
Technical notes
– MATLAB on Windows is the target environment; code written in App Designer or programmatic UIFigure is fine so long as it installs and launches without extra configuration.
– Well-commented, modular code is important to me, along with a short user guide that explains the UI elements and any required toolboxes.
– If you can keep the code portable to macOS or Linux that would be a pleasant bonus, but Windows support is mandatory.
Deliverables
• Source code (.mlapp or .m files) and any supporting assets
• A compiled installer or packaged app that launches on Windows
• Brief documentation and a quick demo video showing the three core features in action
Once these items have been reviewed and confirmed working on my machine, the project is complete.
Functionality
• Data input and display – accept common formats (CSV, MAT, TXT) and show tables or plots instantly.
• Interactive graphics – zoom, pan, cursors, and basic annotation so users can interrogate their data visually.
• File management – open, save, create new sessions, and overwrite files safely from within the interface.
Technical notes
– MATLAB on Windows is the target environment; code written in App Designer or programmatic UIFigure is fine so long as it installs and launches without extra configuration.
– Well-commented, modular code is important to me, along with a short user guide that explains the UI elements and any required toolboxes.
– If you can keep the code portable to macOS or Linux that would be a pleasant bonus, but Windows support is mandatory.
Deliverables
• Source code (.mlapp or .m files) and any supporting assets
• A compiled installer or packaged app that launches on Windows
• Brief documentation and a quick demo video showing the three core features in action
Once these items have been reviewed and confirmed working on my machine, the project is complete.