Medical Software | WPF Interface Design & Engineering

Brainlab medical software and precision engineering

ExacTrac verification work and independently designed WPF interface engineering, supported by C++, C#, XAML, and rigorous testing in radiotherapy environments.

Image-registration verification

I developed independent verification logic for difficult image-registration cases and compared results with the production algorithm. Resolving discrepancies uncovered through that work improved ExacTrac image-registration and radiotherapy precision by roughly 8%.

Independent WPF interface design

For a related breathing-pattern simulation system, I independently designed and implemented the WPF application interface in C# and XAML. I selected the controls, forms, shapes, positions, layouts, and interactions needed to translate the technical workflow into usable software.

Controller engineering

I integrated that interface with C++ controller software I developed for a robot that reproduced recorded patient breathing patterns. The broader project improved reproduction precision by 51%.

View the controller project →

Reliability context

The work combined C++, C#, XAML, automated and manual testing, medical-software quality practices, and the care required in high-reliability environments.

  • C++
  • C#
  • WPF
  • XAML
  • Automated testing
  • Manual testing
  • Radiotherapy