Chemical Engineering

Study atoms, bonding, reactions, stoichiometry, equilibrium, and thermodynamics at the molecular level.

Track what goes in and out of chemical processes using conservation of mass and energy.

Extend single-variable calculus into 3D with multivariable functions, vectors, and surface integrals.

Solve equations describing how systems change over time, from circuits to population growth.

Study carbon-based molecules, their reactions, and how to synthesize new compounds step by step.

Use math and physics to explain why chemical reactions happen and how fast they go.

Apply energy and equilibrium principles to predict chemical reactions and phase changes in industrial processes.

Model how heat, mass, and momentum transfer through fluids in chemical processes.

Design distillation columns, filters, and membranes that separate chemical mixtures at scale.

Design and size chemical reactors by modeling reaction rates, yields, and conversion efficiency.

Build control systems that keep chemical plants running at the right temperature, pressure, and flow.

Design complete chemical plants from scratch, choosing equipment, layout, and safety systems.

Analyze how liquids and gases flow through pipes, over wings, and around objects.

Learn why metals, ceramics, polymers, and composites have different strength and flexibility properties.