Teaching

Theory Courses

ChE 303 — Mass Transfer I3.0 credits
Covers equilibrium-stage separations, including binary distillation, gas-liquid absorption, and solvent extraction.
ChE 401 — Reaction Engineering3.0 credits
Covers chemical kinetics, ideal reactor design, and heterogeneous catalysis for homogeneous and heterogeneous reaction systems.

ChE 202 — Material and Energy Balance Sessional1.5 credits
Problem-solving sessional based on the Material and Energy Balance course.
ChE 208 — Computer Programming and Applications1.5 credits
Introduces computer programming (Python) and computer-aided data analysis (MS Excel) for chemical engineering problems.
ChE 304 — Chemical Engineering Laboratory III1.5 credits
Laboratory work based on Heat Transfer and Mass Transfer I & II coursework.
ChE 308 — Chemical Process Analysis Sessional1.5 credits
Process description and calculations across industries, including fertilizers, cement, and petrochemicals.
ChE 310 — Computational Techniques in Chemical Engineering1.5 credits
Numerical methods for algebraic, transcendental, and differential equations, applied to chemical engineering design and optimization.
ChE 402 — Chemical Engineering Laboratory V1.5 credits
Laboratory work based on reaction engineering, fuel and petroleum product analysis, and process control systems.