Medical Software | WPF Interface Design & Engineering

Brainlab breathing-pattern simulation system

Independent C#/XAML interface design and implementation integrated with C++ controller engineering for a precision-critical medical robotics workflow.

Interface ownership

I independently designed and implemented the WPF application interface in C# and XAML without a separate design team specifying it. I decided which controls, forms, shapes, positions, layouts, and interactions were needed to make the technical workflow usable.

Controller engineering

I integrated the interface with the C++ controller software I developed for the robot that reproduced recorded patient breathing patterns for radiotherapy-related testing.

Outcome and reliability

The rewritten controller improved reproduction precision by 51%. The work combined interface decisions, C++, C#, automated and manual testing, and release-quality diligence for a high-reliability medical environment.

  • WPF
  • XAML
  • C#
  • C++
  • Medical software
  • Automated testing
  • Manual testing

Related work

My Brainlab work also included ExacTrac medical software and an 8% improvement in image-registration precision.

View the ExacTrac case study →