Ov erview of the various fields of civil engineering and career opportunities in civl engineering. Path professional licensure Introduction to fundamental engineering conepts, engineering design, entineering ethics, and professional societies. 1 lecture hour per week.

Introduction to materials and equipment for civil engineering construction. Properties and uses discussed of steel, alloys, asphalt, timbers, cement, aggregates, acoustics, etc. Three hours of lecture per week. Co-Requisite: CIVE 141L

Laboratory testing of properties of steel, alloys, asphalt, timbers, cement, aggregates, acoustics, etc. Co-Requisite: CIVE141

Introduction to the science of hydrology and application. Hydro-meteorology ground-water, hydrographic, storm water control, free surface flow and water quality.

Geotechnical analysis of soils: application of science and engineering principles; methods of exploration, testing, and classification using ASTM and AASHTO laboratory methods.

Laboratory testing of geotechnical material, and its classification using ASTM and AASHTO laboratory methods.. Two hours of laboratory per week. Co- Requisite : CIVE 224

Theory and practice of plane surveying; instruments, measurements of distances, angles, elevations; introduction to traverse, contour, and electronic distance measurements. Two hours of lecture and two hours of laboratory per week.

Introduction to applications of equilibrium of rigid bodies, including moments, couples, and moments of inertia.

Principles of kinetics, kinematics, Newton's laws of motion, vectors, simple harmonic motion, and energy.

Introduction to sanitary microbiology and sanitary chemistry, communicable diseases, solid waste; environmental sanitation; environmental regulations; water and airborne diseases, transmission and control.

Introduction to sanitary microbiology and sanitary chemistry, communicable diseases, solid waste; environmental sanitation; environmental regulations; water and airborne diseases, transmission and control. Two hours of laboratory per week. Co-Requisite: CIVE 301

Fluid mechanics with engineering applications, properties of fluids, pressure, kinematics, energy, and flow through pipes.

Introduction to quantitative hydrology, open channel flow, flow in conduits, hydraulic structures, flow measurements, and pumps.

Study of transportation engineering concepts, planning, traffic flow, capacity analysis, environmental and utility accommodations, and transportation economics analysis. Three hours of lecture per week.

Physical properties of engineering materials concepts of stress and loading shear force and bending moments. Design of structural elements.

Study of determinate structures with emphasis on both the analytical and graphical approaches to trusses and building frames.

Concrete materials and properties, mixing and placement, concrete tests, design of concrete structures, elastic theory, stresses, beams, foundations, columns, and floor slabs.

Design in steel of tension members, beams, columns, welded and bolted connections; eccentrically loaded and moment resistant joints; plate girders. Plastic design; load and resistance factor design. Composite construction; introduction to computer-aided design

Design of Civil Engineering related projects, apply the necessary criteria, city code approvals, and independent experimental study.

Career training with professionals in major field of study.

Water supply and treatment, wastewater characterization and treatment. Design of units process and operation, transmission and sewerage facilities.

Setting out of construction work, foundations, wallings, concrete slabs, formworks, roofing structures, plumbing and drainages, bridges, commercial and industrial buildings, and estimating.

Study of basic bridge design, loadings, structural analysis, and AASHTO design procedures. Design examples that illustrate the Load and Resistance Factor Design (LRFD) procedures, Practical applications on small- and medium-span bridges. Examples of steel beams, concrete slabs, pre-stress members, and piers will illustrate the AASHTO procedures.. Three hour of lecture per week. Pre- Requisite CIVE 338

This course covers fundamentals and advanced topics of plate tectonics, mineral formation, sedimentary/igneous/metamorphic rocks, structural deformations, weathering and erosion, groundwater migration and slope stability.