I create 3D models for various purposes, including education, surgical planning, and decoration. Many of these models are based on real patient scans, such as CT images, offering greater detail and supporting professionals in making more informed and accurate decisions.
I utilize advanced technologies to create digital 3D models of organs and pathologies from computed tomography scans. By employing a combination of cutting-edge tools such as Omniverse, Slicer, Unreal Engine, and Blender, I am able to capture precise details and transform medical data into realistic three-dimensional representations. These models are crucial for detailed analysis of medical conditions, surgical planning, and health education, providing a clear and in-depth view of human anatomy and its pathological complexities.
I also use these digital models in virtual reality to closely mimic the doctor’s real-world experience, helping them better understand the patient’s pathology. This creates a deeper immersion and innovation in the process.
Proof of concept showing segmented aorta models in Omniverse’s virtual OR to test scale, lighting, and tool interaction without real patients.
HoloLens test of a 3D aorta model to validate tracking and visual fidelity pre-clinical use.
