PLACEHOLDER
Autonomous Materials Exploration
Closed-loop experimentation platform for mixed conductive polymers with active learning and uncertainty-guided parameter search.
Learn more →Hi, I'm Jing-Yuan Fan.
PhD student in Molecular Engineering at the University of Chicago.
I build automated exploration workflows for mixed conductive polymers and next-generation organic electronic materials — bridging chemistry, hardware, and machine learning to make device fabrication faster and more reproducible.
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Projects & Publications
Projects
PLACEHOLDER
Automated Test Rig
Home-built instrument control platform for repeatable cycling, data capture, and lightweight dashboard reporting.
Learn more →PLACEHOLDER
Scalable Organic Solar Modules
Process and morphology controls for colorful, semitransparent module architectures compatible with practical manufacturing.
Learn more →Publications
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Read paper →Design
CAD & Fabrication Workflow
Mechanical designs and animations of the autonomous device-fabrication workflow — from sample handling to closed-loop measurement.
CAD RENDER 01
Sample LoaderAutomated substrate loading mechanism for batch processing.
CAD RENDER 02
Deposition StagePrecision XY stage with in-situ thickness monitoring.
CAD ANIMATION 01
Full WorkflowEnd-to-end animation of the autonomous fabrication cycle.
CAD RENDER 03
Measurement ModuleIntegrated electrical and optical characterization head.
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