CMU’s MSE BS merges atomic-scale understanding with accelerated computational discovery. You’ll investigate metallic glasses under femtosecond x-ray pulses, 3-D print bio-compatible scaffolds, and train graph neural networks to predict fracture toughness from crystal topology. Pittsburgh’s legacy steel labs meet tomorrow’s battery gigafactories on campus, giving you an unmatched playground to design materials that store more energy, heal themselves, or vanish harmlessly after use.
Synthesis of sodium-ion solid electrolytes for low-cost grid storage
Machine-learning prediction of grain boundary energies in high-entropy alloys
Reprocessable thermoset polymers via dynamic covalent Diels-Alder chemistry
Nano-engineered asphalt modifiers for extended pavement lifetime
Magnetoelectric multiferroics for next-gen non-volatile memory devices
Biodegradable Zn-Mg orthopedic screws with controlled corrosion kinetics
3-D printed silica aerogel lattice for ultra-light thermal shielding
In-situ synchrotron study of phase transformation in additive-manufactured Ti-6Al-4V
Solid-state up-conversion phosphors for infrared-to-visible solar spectrum harvesting
Recycled carbon-fiber composites infused with vitrimeric resin for circular aviation parts
Atom-probe tomography of Li dendrite formation in anode-free batteries
Photonic crystal hydrogels for colorimetric pathogen sensing
Direct ink-writing of graphene flexible antennas with tunable conductivity
High-entropy oxide catalysts for CO₂ electro-reduction to fuels
Self-healing cementitious composites activated by microencapsulated bacteria
Finite-element simulation of fracture in architected meta-materials
AI-guided slurry formulation for fast-charging silicon-graphite anodes
Zero-C cement incorporating industrial slag and captured CO₂ carbonation
Protein-templated quantum dots for low-toxicity biomedical imaging
Life-cycle impact assessment of bio-derived epoxy versus petroleum-based resin
Invent the materials that will transform energy, health, and infrastructure at CMU.
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