UMD’s MS in Chemical Engineering provides advanced knowledge in thermodynamics, transport phenomena, reactor design, and materials development. The program emphasizes sustainable processes, nanomaterials, and biochemical engineering applications. Research opportunities span energy, pharmaceuticals, environmental tech, and polymers.
Development of a catalyst for CO₂-to-methanol conversion
Design and simulation of a multi-effect evaporator system
Bioreactor modeling for high-yield fermentation processes
Nanoporous membrane design for selective gas separation
Thermal analysis of exothermic reactions in microreactors
Study of polymerization kinetics in biodegradable plastics
Computational fluid dynamics simulation of mixing in stirred tanks
Electrochemical cell design for hydrogen production
Process intensification for pharmaceutical batch operations
Carbon capture feasibility study using amine absorption
Kinetic modeling of enzymatic reaction networks
Fouling resistance assessment of nanofiltration membranes
Design of a continuous distillation column with process control
Analysis of heat exchanger network efficiency improvements
Green solvent replacement modeling in pesticide production
Safety analysis of pressurized reactor systems under thermal runaway
Modeling phase equilibrium for multi-component extraction
Creating a life cycle analysis tool for plastic waste conversion
Microfluidic chip design for high-throughput chemical screening
Integrated energy recovery system design for process plants
Build sustainable, high-performance processes through catalytic, biotechnological, and environmental research in UMD’s Chemical Engineering MS.
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