UVA’s MS in Materials Science and Engineering explores the atomic and structural basis of material properties in applications ranging from energy to nanotechnology. Students study ceramics, polymers, composites, and metals through a combination of theoretical modeling, experimental analysis, and microstructural characterization.
Design of shape-memory alloys for aerospace applications
Corrosion-resistant coatings for maritime infrastructure
Graphene-based composites for high-strength flexible electronics
Atomic-layer deposition techniques for solar cell efficiency
Cryogenic treatment of metal alloys for improved fatigue resistance
Self-healing polymers for structural health monitoring
Phase-field modeling of solidification in metallic alloys
Thermal barrier coatings for turbine engine components
Biodegradable scaffolds for bone tissue engineering
Magnetostrictive materials for smart sensor applications
In-situ electron microscopy of material deformation mechanisms
Nanoindentation analysis of ultra-hard coatings
Additive manufacturing of graded metallic structures
Machine learning for predicting alloy phase stability
Supercapacitor development using porous carbon materials
Polymer nanocomposite films for wearable electronics
Engineer the next generation of functional materials with UVA’s MS in Materials Science and Engineering.
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