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Developed a native Windows surgical planning software, integrating DICOM imaging, Volumetric reconstruction, segmentation, and 3D planning through a modular native processing core designed for offline clinical environments.
Developed end-to-end features for web-based surgical planning software, combining interactive medical imaging and 3D visualization with backend and AI services deployed on cloud infrastructure.
I care about the details beneath the interface: sound architecture, maintainable code, and systems designed to evolve. The result should feel simple - even when the problem is not.
Break down the problem, requirements, and constraints before choosing the solution.
Build reliable, maintainable systems with thoughtful architecture, clean code, and practical testing.
Iterate through feedback, testing, and real-world use to make the product simpler, faster, and more dependable.