Analysis and modeling of the great ideas of chemical engineering

(3 Credit Hours) · Undergraduate

This course explores foundational ideas that define chemical engineering through quantitative analysis and modeling. Topics include phase and chemical equilibria, transport phenomena, reaction kinetics, catalysis, and the structure of materials, alongside core chemical engineering concepts such as control volumes, steady state, dimensional analysis, optimization, and multistage processes. Students use analytical and numerical methods to solve algebraic equations, ordinary differential equations, and partial differential equations, with an emphasis on physical interpretation rather than algorithm development. Real-world examples drawn from energy, separations, safety, and emerging biological and health-related systems illustrate how classic chemical engineering ideas continue to shape modern technologies.