3D Modeling & Motion Graphics
Here, I present a dynamic 3D animation of polycystic kidney disease, combining scientific accuracy with engaging motion design. This project illustrates how complex pathologies can be visualized through movement, enhancing viewer comprehension. This section reflects my ability to apply animation principles and 3D modeling techniques to biomedical topics, making them more accessible for educational or clinical use.
Click on a project to learn more!
This 3D project focuses on polycystic kidney disease (PKD), featuring both a diseased and healthy kidney for comparison. The models were sculpted in ZBrush, textured and rendered in KeyShot, and compiled into a final animation using Adobe After Effects. The polycystic kidney includes detailed cyst formations and vascular textures, informed by medical research, to illustrate the anatomical impact of PKD.
Curious how it came together? Click the image to see the process.
A series of 3D anatomical models were developed to illustrate common sports-related injuries, with a focus on clarity and educational value. Created using ZBrush and rendered in KeyShot, these models highlight trauma such as nasal fractures and soft tissue damage, and were designed to support visual communication in medical and sports science education.
Curious how it came together? Click the image to see the process.​
Photogrammetry is the process of generating a three-dimensional model from a series of photographs by aligning overlapping 360-degree images. For this project, I captured over 250 images and processed them through photogrammetry software to create an accurate 3D model. Once the base model was complete, I imported it into ZBrush to refine the color, texture, and overall appearance. The final model was then exported and uploaded to Sketchfab for presentation and viewing.
Curious how it came together? Click the image to see the process.​
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