Addressing climate tech and pharma scale-up alike, USC’s ChemE BS anchors on mass-transfer, reactor design, and process-safety (P&ID) modules. Students model distillation columns in Aspen Plus, run multiphase CFD in ANSYS Fluent for SMR reactors, and synthesize MOF catalysts in a Class 1000 lab. Partnerships with Chevron EL Segundo and Amgen Biologics expose majors to HAZOP drills and GMP validations, turning them into versatile process engineers.
Techno-economic analysis (TEA) of green ammonia via SOEC
CFD study of slug flow mitigation in offshore pipelines
Photocatalytic CO2-to-ethylene reactor prototype
Dynamic model of mRNA-LNP mixing skid for PAT control
AI-driven fouling predictor for heat exchangers
Aspen Custom Modeler of ionic-liquid extraction column
Lifecycle assessment (LCA) of bioplastic feedstock switch
OpenFOAM simulation of aerosol drug deposition in lungs
Electro-fermentation pathway for biobutanol scale-up
Data-viz dashboard of OSHA TRI trends in petrochem hubs
Nano-zeolite catalyst synthesis using microwave heating
Membrane-based desalination energy optimizer using GA
Policy brief on CCS tax-credit incentives post-IRA
Digitized P&ID asset management with RFID tags
Spinning-disk reactor experimental validation under high-shear
Engineer sustainable processes powering tomorrow’s industries.
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