Interactive medical media

This model of the middle and inner ear was created in Zbrush. The cochlea is transparent for visualization of the membraneous labyrinth. Provided to first year medical students as a study tool for their introductory anatomy course.

Created in collaboration with the Instructional Technology Group at the Icahn School of Medicine at Mount Sinai. Color coded model of the 12 cranial nerves. Provided to first year medical students as a study tool for their introductory anatomy course.

Created in collaboration with the Instructional Technology Group at the Icahn School of Medicine at Mount Sinai. Model of the trigeminal cranial nerve. Provided to first year medical students as a study tool for their introductory anatomy course.

This model of the left lung was created in Zbrush. The mediastinal surface highlights impressions from surrounding structures. Provided to first year medical students as a study tool for their introductory anatomy course.

This skin block model was created in Blender. Haemostasis stage of a punch biopsy wound in mouse skin. Used as an educational tool for researchers at Columbia University.

Prototype of a mobile application created for the federally funded assistance program, the Special Supplemental Nutrition Program for Women, Infants, and Children (WIC). WIC offers food packages specially designed to meet the nutritional needs of low-income participants. One of the main barriers preventing retention within the program stems from a lack of clarity over WIC eligible items. The purpose of this mobile application is to serve as a platform for WIC participants to learn about which foods are WIC eligible and their health benefits. It is also designed to be fun for young children to play with a parent.

This project was created in Unity 3D.