This course introduces the fundamentals of chemistry: atoms, molecules, ions, chemical formulas and equations, chemical reactions, thermochemistry, quantum theory, chemical bonding and molecular geometry, and states of matter.
This course is the second semester of a year-long program primarily intended for interdisciplinary students and other interested students who need a comprehensive one-year course covering topics such as the rate of reaction and equilibrium, acid-base and thermodynamic equilibrium, electrochemistry, and nuclear chemistry.
This course covers the general properties of gases, liquids, solutions, thermodynamics, phase diagrams, and physical and chemical equilibrium.
This course is the second semester of a year-long program intended primarily for interdisciplinary students who require a full-year curriculum. The main themes include quantum theory, atomic and molecular structure, and kinetics.
This course introduces the structures, reactions, mechanisms of reactions, and synthesis of organic compounds.
Introduction to the Principles of Momentum Transfer (Overall Balances and Applications) and Fluid Machinery.
This course introduces chemical engineering students to various devices' fundamental operations and techniques. Scheduling laboratory experiments involves determining density, measuring molecular weight, calibrating the burette, standardizing acid or base concentrations, synthesizing complexes, assessing solubility, examining rates of chemical reactions, and studying chemical equilibrium. This course trains students to simultaneously engage their minds and hands while solidifying their scientific concepts.
This course introduces chemical engineering students to various devices' fundamental operations and techniques.