Abstract

For my thesis, my masteries are destruction, dynamic material, and style matching to Moebius. This project took around one year to complete. The scene takes place in an abandoned, lost clinic, where molds and fungus have escaped, parasitizing and killing the doctor. The clinic is overrun with these growths, which serve as the central focus of the scene. The fungi spread across walls, floors, and furniture. One level of the scene has a peaceful yet hopeless early morning atmosphere at its core, while the other closely matches the style of Moebius’s (Jean Giraud) artwork.

The destruction is explored through the main elements: the corpse, organs, and architecture. Extensive sculpture, modeling, and texturing techniques were used to study the breakdown of different models, ensuring that the destruction elements integrate seamlessly into the scene, enhancing its storytelling.

In terms of style matching to Moebius, I focused on learning the workflow for stylized game art. By adjusting textures and shaders, I balanced realistic and stylized aspects without changing the geometry, achieving a unique aesthetic that fits the Moebius style.

Dynamic material plays a key role in bringing the scene to life. The movement of various elements enhances storytelling, making the environment feel more vivid and interactive. Through a multiply method, different dynamic elements were created, adding depth and complexity to the scene.

This project has contributed to my growth by refining my ability to blend realism with stylization and enhance environmental storytelling. It also underscores the importance of creating immersive, dynamic worlds in the gaming industry, offering valuable insights for future creative and technical projects.

Degree Date

Spring 2025

Document Type

Thesis

Degree Name

M.I.T.

Department

Art Creation

Advisor

Boris Fisher

Second Advisor

Joowon MacDowell

Format

.pdf

Creative Commons License

Creative Commons Attribution-Noncommercial 4.0 License
This work is licensed under a Creative Commons Attribution-Noncommercial 4.0 License

Yi_Wu_AC.pdf (24039 kB)

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