The ChemE PhD at CMU positions you to tackle climate, energy, and biotech challenges with atom-to-enterprise insight. Lab rotations expose you to electro-fuels, protein therapeutics, and AI-driven process control. Entrepreneurial fellowships help spin research into cleantech ventures, while policy electives frame the regulatory landscape.
Electrochemical CO₂ reduction to ethylene on single-atom Cu catalysts
CRISPR yeast cell factory producing rare terpene flavor compounds
Multi-scale model integrating DFT kinetics with reactor CFD
Membrane-assisted reactive distillation for green ammonia synthesis
Deep-learning soft sensor predicting fouling in desalination plants
Lifecycle analysis of circular PET depolymerization routes
Bio-based surfactant fermentation with techno-economic assessment
CO₂ mineralization kinetics in recycled concrete fines
Operando Raman spectroscopy of NiFe oxyhydroxide OER catalysts
Digital-twin dashboard optimizing bio-reactor batch-to-batch consistency
Policy paper on carbon capture incentives for cement industry
Continuous flow photo-catalytic reactor for pharmaceutical synthesis
AI-guided solvent selection for perovskite ink formulations
Process-intensified supercritical water oxidation of PFAS wastes
Open-source Aspen plugin integrating ML surrogate models
Engineer molecular-scale solutions to global problems at CMU ChemE.
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