The MatSE BS at UIUC trains students to engineer metals, polymers, ceramics, and electronic materials that power clean energy, quantum computing, and biomedicine. Hands-on labs leverage electron microscopy and additive manufacturing, while computational courses teach atomistic simulation and machine-learning property prediction. Collaboration with the Materials Research Lab and industry co-ops turns discoveries into scalable products, propelling graduates into semiconductors, aerospace, and sustainable-packaging innovation.
Perovskite solar-cell degradation characterization under humidity stress
3-D printed bioresorbable bone scaffold with gradient porosity testing
Molecular-dynamics study of graphene-oxide mechanical properties
Alloy design resisting hydrogen embrittlement in pipelines
Recycling-process analysis for lithium-ion battery cathodes
ML model predicting polymer glass-transition temperatures
Thin-film parameter study for flexible OLED displays
Life-cycle assessment of biobased packaging polymers
Electrochemical evaluation of solid-state electrolyte interfaces
Data-driven phase-diagram mapping for high-entropy alloys
VR module visualizing crystal defects at atomic scale
Carbon-negative cement proposal using industrial by-products
Wear testing of DLC coatings for aerospace bearings
Ethical sourcing white paper for rare-earth elements
Outreach demo showcasing shape-memory alloys in stents
Invent smarter, greener materials with MatSE@UIUC.
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