Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
Students pursuing graduate studies toward an MS or PhD must fulfill a demanding curriculum that integrates advanced coursework with original research, culminating in an approved thesis. Research opportunities span diverse fields such as catalysis and nanotechnology, thermodynamics and phase equilibria, interfacial phenomena, colloids, microemulsions, rheology and fluid mechanics, biosystems engineering, biocatalysis and metabolic engineering, cellular heterogeneity and biological pattern formation, tissue engineering, sustainability and energy, gas hydrates, enhanced oil recovery, reservoir characterization, and pollution mitigation. Upon earning the MChE degree, graduates will be capable of: Analyzing, defining, and resolving intricate engineering challenges that demand advanced chemical engineering principles. Exhibiting comprehensive expertise in science and mathematics, with specialized proficiency in one chemical engineering specialization (energy engineering, biomolecular engineering, or materials science). Applying knowledge of contemporary business practices to address engineering problems through independent study projects. Communicating effectively both verbally and in writing.