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A shot of the final eye shaped ceramic module. Top view of the final eye shaped ceramic module. A dimension drawing of the final eye shaped ceramic module. A shot of the final leaf shaped ceramic module. Top view of the final leaf shaped ceramic module. A dimension drawing of the final leaf shaped ceramic module. A shot of the final x-shaped ceramic module. Top view of the final x-shaped ceramic module. A dimension drawing of the final x-shaped ceramic module.
Renderings showcasing the final three ceramic modules aggregated at the scale of a human. Renderings showcasing the final three ceramic modules aggregated at the scale of a human. Renderings showcasing the three ceramic modules aggregated at the scale of a human. Shots of small scale 3d printed PLA and wood models showcasing the arrangements of the three different finalized shapes. Shots of small scale 3d printed PLA and wood models showcasing the arrangements of the three different finalized shapes. Shots of small scale 3d printed PLA and wood models showcasing the arrangements of the three different finalized shapes. A rendering showcasing an initial prototype model which investigated a more square-like form. An image showcasing a test run with the initial prototype shape. An image showcasing a test run with the initial prototype shape. An image showing the clay 3d printing process for the prototype. An image showcasing the robot setup for clay extrusion.
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Flowchart of the code. Python code screenshot. A concept sketch I made at the beginning of the project.
Rain Chained (2024)

This project explores the design and fabrication of clay facade modules inspired by “rain chain” principles. The modules are designed to slow water dispersal and capture runoff through sculptural channels and surface characteristics, enhancing water management in outdoor environments. In addition, the facade system manipulates sunlight by applying different colored glazes to either side of the module, allowing users to influence temperature and light levels behind the screen.

Key environmental factors considered in the design include: water flow management (through the module's form), thermal control (using glazes that reflect or absorb heat), and sensor integration (for real-time environmental feedback on temperature and humidity).

My role(s) and contributions to this project include: form design of ceramic modules, initial clay 3D printing testing, Python coding, and electronics assembly (LEDs, I2C sensor, temp and humidity sensor).


 3-Year MArch Dual Degree Candidate (Expected Graduation 2026)
Email: simkraig@umich.edu
Cell: (248) 480-3293