
Nature Harmony: Material Visualization
In this project, I utilized Adobe Substance to create various high-quality materials and applied them to a highly realistic scene. These materials were ultimately showcased through rendered images. I selected a scene featuring a luxury off-road vehicle parked at a glamp site to demonstrate the visual effects of these materials in different environments and lighting conditions.
PROJECT
Sole Project
Academic Project
Duration
January - April 2024
(12 week)
ROLE
Material design, Environment setting
TOOLS
Adobe Substance 3D painter/Sampler/Designer/Stager, Blender
Inspirations
As the COVID-19 pandemic has passed, people have begun to focus more on outdoor experiences. Glamping, where the serenity of nature meets the comfort of home, has become a popular way to reconnect with the outdoors. It is also a way to escape the hustle and bustle of the city and relax.
Inspired by this trend, I chose a glamp site scene to showcase the characteristics of different materials. Through this scene, I aim to capture the true essence of materials under natural light and varied outdoor conditions, providing viewers with a visual experience that combines tranquility and luxury.



Insights
Compared to regular camping, glamping emphasizes a comfortable and leisurely experience and environment. It allows people to skip the cumbersome process of setting up tents and focus on the experience itself.
Enjoy the warmth of the campfire, sit on a comfortable leather folding chair, listen to the sounds of nature, and immerse in harmony. This way not only offers an opportunity to connect with nature but also provides a sense of peace and relaxation amidst the hustle and bustle of daily life.

This image showcases some of the models I attempted to place in the scene
Material Making process 1
Leather material for the folding chair

Material Preview
Material Application

Material Making process 2
Ground material for the environment

Material Preview
Material Application

Environment Setting
Early Composition
Final Results





