Covers heat recovery and minimizing energy use in chemical process design.

Covers moisture removal techniques, drying curves, and industrial dryers.

Explains membrane filtration methods including reverse osmosis and ultrafiltration.

Introduces types of catalysts and their role in enhancing chemical reactions.

Explains principles and design criteria for shell-and-tube and plate heat exchangers.

Fundamentals of fluid flow, laminar and turbulent regimes relevant to process design.

Introduction to polymerization methods, extrusion, and molding processes.

Summarizes key environmental laws and compliance strategies for chemical plants.

Techniques for detecting, monitoring, and mitigating corrosion in chemical plants.

Explores different polymerization methods and reactor considerations for polymer synthesis.

Describes the use of common machinery like excavators, cranes, and concrete pumps.

Presents design considerations for surface and subsurface road drainage systems.

Focuses on planning site layout, access routes, and ensuring safe operations.

An introduction to FEM and its application in structural and geotechnical analysis.

Overview of sustainability rating systems for civil infrastructure and buildings.

Covers the philosophy and calculations behind LRFD for structural safety.

Explores airport layout, terminal planning, and runway engineering guidelines.

Explains fundamental traffic flow models and traffic signal timing design.

Explains how to design and implement effective stormwater detention structures.

Identifies common types of cracks in concrete and how to diagnose and fix them.