An interactive Unity application developed for MPRJ to visualize and document bodily injuries on a 3D human model. It enables users to identify affected areas, associate photographic records, and centralize visual information for review and analysis.

Forensic Injury Visualizer was conceived and developed for the Public Prosecutor's Office of the State of Rio de Janeiro (MPRJ) to support the modernization of how bodily injury information is presented in forensic reports and documentation. One of the main challenges was presenting multiple injuries clearly and in a centralized format. Photographs and videos alone did not always provide an organized overview of injury locations and their corresponding visual evidence. To address this need, I designed and developed an interactive Unity application using a 3D human model as a reference for identifying affected areas. The application allows users to place numbered markers on the model, associate photographs with individual injuries, and browse the records through an image gallery. I was responsible for the entire solution, from its initial concept to its technical implementation, including 3D interactions, injury marking and image association systems, and the visualization interface. The tool has been used in a real MPRJ case and continues to receive updates and adaptations whenever new requirements arise. This project demonstrates how technologies commonly associated with game development can be applied to specialized tools for professional environments.