UC’s PhD in Materials Science & Engineering advances synthesis, characterization, and modeling of metals, polymers, ceramics, and quantum materials.
Atomic-layer-deposited solid electrolyte enabling dendrite-free Li-metal batteries
High-entropy alloy design for ultra-high-temperature aerospace components
Computational discovery of lead-free perovskites via DFT screening
Self-healing polymer composites with micro-vascular networks
Synchrotron tomography of stress corrosion cracking in pipelines
2-D TMDC heterostructures for valleytronic devices
Photodegradable plastics triggered by visible-light catalysts
Bio-inspired nacre-like ceramic panel with superior impact toughness
Machine-learning prediction of glass-forming ability across alloys
Electrospun nanofiber scaffold for nerve tissue engineering
Magnetocaloric materials for solid-state refrigeration
Printable quantum-dot ink for micro-LED displays
Cold-spray additive manufacturing of corrosion-resistant coatings
In-situ TEM study of phase transformations in shape-memory alloys
Life-cycle assessment comparing recyclable thermosets vs thermoplastics
VR lab module teaching crystal defects interactively
White paper on critical-minerals supply for battery materials
Public outreach kit demonstrating superhydrophobic surfaces
Workshop training students in ML for materials design
Conference on circular economy in advanced materials manufacturing
Engineer tomorrow’s materials with UC’s innovation-driven PhD.
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