Focuses on testing procedures and quality assurance of civil construction materials.

Focuses on design and analysis of steel members and connections under loads.

Provides tools for planning, scheduling, and managing construction projects effectively.

Presents principles of highway alignment, geometric design, and pavement engineering.

Focuses on open channel flow, pipe networks, and watershed hydrology fundamentals.

Introduces the basics of land surveying, GPS, and GIS applications in civil projects.

Explores pollution control, wastewater treatment, and sustainability in civil projects.

Basics of tunnel construction methods, lining types, and safety protocols.

Explains causes of concrete deterioration and modern repair techniques.

Covers planning and design of stormwater systems for urban flood mitigation.

Covers fundamentals of wave mechanics, harbor design, and coastal protection.

Focuses on the design of retaining structures and their stability under earth pressure.

Overview of transportation system planning, design, and traffic engineering concepts.

Covers structural design of beams, slabs, and columns using reinforced concrete.

An introduction to methods used to determine forces, moments, and displacements in structures.

Introduction to BIM tools and their application in infrastructure design and management.

Discusses civil engineering approaches to mitigate air pollution in urban settings.

Introduces methods for quantity takeoffs, cost estimation, and budgeting.

Introduces earthquake-resistant design principles and structural dynamics.

Provides insights into bridge types, load distribution, and structural behavior.