An introduction of scales, plan reading, engineering graphics and computer aided design (CAD). Introduction to the operation of modern 2D and 3D CAD software used in civil engineering applications.

Pre-req: MTH 132 (may be taken concurrently) with a minimum grade of D or MTH 229 (may be taken concurrently) with a minimum grade of D or MTH 229H (may be taken concurrently) with a minimum grade of D or MTH 230 (may be taken concurrently) with a minimum grade of D or MTH 231 (may be taken concurrently) with a minimum grade of D.

Introduction to methods and tools used to measure, analyze, and present surveying data: horizontal distances, elevation, angles, areas, and volumes. Including both field and CAD lab exercises. 3 lec.-3 lab.

Pre-req: CE 102 with a minimum grade of D and ENGR 111 with a minimum grade of D.

Stability and determinacy of civil engineering structures. Forces and deflections in statically determinate trusses, beams, and frames. Influence lines for planar structures. Elementary indeterminate structural analysis. Computer applications. 3-lec.

Pre-req: ENGR 216 (may be taken concurrently) with a minimum grade of D.

Laboratory experiments to support study of civil engineering fluid mechanics, including fluid properties, buoyancy, hydrostatic forces, flow visualization, jet impact, pipe flow, and open channel flow.

Pre-req: ENGR 318 (may be taken concurrently) with a minimum grade of D.

The study of civil engineering materials; metals and alloys, mineral aggregates, cements, concrete and concrete products, bituminous materials, lumber and timber. Laboratory testing of materials. 3 lec.-3 lab.

Pre-req: ENGR 216 with a minimum grade of D.

This course will provide students with an introduction to soil mechanics, including soil characterization, compaction, consolidation, and shear strength. Students will also understand soil behaviors through hands-on experience 3 lec.-3 lab.

Pre-req: ENGR 216 with a minimum grade of D.

Hydraulic flow in pipe networks, water hammer, surge tanks, pumps and turbines. Basic open channel flow. Storm and sanitary sewer design. Dams and reservoirs. 3 lec.

Pre-req: ENGR 318 with a minimum grade of D.

Introduction to advanced geo-spatial data collection instrumentation, processes and capabilities. Geo-spatial data display, integration and analyses software tools are presented and utilized in a lecture/lab format.

Pre-req: CE 241 with a minimum grade of D.

Introduction to transportation systems: highway, rail, water, and air transportation organization and administration; vehicle and human characteristics; rectilinear and curvilinear vehicle motion; location, design and planning of transportation systems. 3-lec.

Pre-req: CE 241 with a minimum grade of D.

Environmental issues, problems, and evaluation methodology; fundamental concepts in pollution modeling and control, and engineering management approaches; material transport, balance, and separations; kinetics and reactor design. 3-lec .

Pre-req: CHM 212 with a minimum grade of D.

Behavior and design of reinforced concrete elements according to ACI 318. Design of beams, one-way slabs, columns, and beam-columns based on strength and serviceability requirements. 3-lec.

Pre-req: CE 312 with a minimum grade of D and ENGR 216 with a minimum grade of D.

Behavior and design of structural steel elements according to AISC 360. Design of tension members, bolted and welded connections, columns, beams, and beam-columns based on strength and serviceability requirements. 3-lec.

Pre-req: (CVLE 212 with a minimum grade of D or CE 312 with a minimum grade of D) and ENGR 216 with a minimum grade of D.

This course will focus on designing shallow and deep foundations, including spread and mat foundations, driven piles, and drilled shafts. Topics include bearing capacity of soils, settlement, and pile behaviors. 3-lec.

Pre-req: CE 322 with a minimum grade of D.

This course will provide students with an understanding of retaining structure applications and slope stability analysis in Geotechnical Engineering practice.

Pre-req: CE 322 with a minimum grade of D.

Introduction to the water cycle, including precipitation, evaporation, infiltration, and runoff. Methods of modeling surface runoff, routing, and floodplain analysis. Computerized design of culverts, storm sewers, and watershed modeling. 3-lec.

Pre-req: ENGR 318 with a minimum grade of D.

Physical, chemical, and biological principles in water and wastewater treatment. Design of treatment systems, including flocculation, sedimentation, disinfection, activated sludge, fixed-growth, and solids treatment. Includes bench-scale demonstrations of treatment steps.

Pre-req: CE 351 with a minimum grade of D.

This course is designed to teach the undergraduate engineering student about the application of transportation engineering, material behavior and engineering management principles to design and manage highway pavements.

Pre-req: ENGR 216 with a minimum grade of D and CE 342 with a minimum grade of D.

Application of transportation engineering principles to evaluate existing transportation systems and design necessary improvements. Transportation systems include roadway segments, intersections, sidewalks, and interchanges. Course includes a design project. 3-lec.

Pre-req: CE 342.

This seminar course will prepare students for engineering practice upon graduation. Topics include professional responsibility, engineering ethics, employment opportunities, and review for the Fundamentals of Engineering Exam.

Pre-req: CE 312 with a minimum grade of D or CE 331 with a minimum grade of D.

Students utilize the engineering design process to complete a comprehensive civil engineering project that addresses a real-world problem with realistic constraints in a collaborative environment. (PR: ENGR 451 and on CE Design Elective).

Pre-req: ENGR 451 with a minimum grade of D and (CE 413 with a minimum grade of D or CE 414 with a minimum grade of D or CE 425 with a minimum grade of D or CE 434 with a minimum grade of D or CE 438 with a minimum grade of D or CE 443 with a minimum grade of D).

Current topics in civil engineering to be selected depending on the interests of the students and faculty. Current topics in civil engineering to be selected depending on the interests of the students and faculty.

Highway planning and design, including the capacity, horizontal alignment, vertical alignment, roadside design, traffic control, and other related aspects. Types of facilities discussed will include roadways, sidewalks, intersections, and interchanges.

Design of highway pavement systems, subgrades, subbases and bases, soil stabilization, flexible and rigid pavements; cost analysis and pavement selection; traffic data collection; drainage; earthwork; pavement evaluation and maintenance.

Background of AISC 360, emphasizing building applications. Analysis method for second-order effects. Composite member design. Plate girders. Splices and bracing connections. Eccentric connections. Wind and seismic applications.

Background of ACI 318, emphasizing building applications. Precast elements. Moment frames and shear walls. Continuous construction. Foundations and earth-retaining structures. Two-way slab design methods. Strut-and-tie analogies. Column supported slabs. Modern reinforced concrete design procedures; comparison of standard design codes; review of research on behavior of reinforced concrete structures; projection to future changes in design and construction practices.

Behavior and design of prestressed concrete beams, columns, and beam-columns, emphasizing highway bridge applications. Methods of prestressing and loss estimation for precast and cast-in-place elements.

Analysis, design, and rating of bridges according to AASHTO specifications, emphasizing steel superstructures. Detailing of elements and systems based on strength, serviceability, constructability, and fatigue requirements. An overview of design of highway bridges and an introduction to maintenance of highway bridges; history of bridge engineering, types, design rules, loads, inspection, rating and preventive maintenance, asthetics.

Pre-req: CE 616.

Design and application of signs, markings, and signals;timing of isolated and interconnected signals; speed regulation; one-way streets; capacity and analysis of highway facilities.

Concepts of transportation economic analysis, transportation costs and benefits, needs studies, finance and taxation, methods of evaluation of plans and projects, environmental impact assessment. Concepts of transportation economic analysis, transportation costs and benefits, needs studies, finance and taxation, methods of evaluation of plans and projects, environmental impact assessment.

Techniques used to plan urban transportation systems; data collection, trip generation, trip distribution, mode choice, traffic assignment, modeling and evaluation techniques; travel demand modeling. Techniques used to plan urban transportation systems; data collection, trip generation, trip distribution, mode choice, traffic assignment, modeling and evaluation techniques; travel demand modeling.

Traffic safety studies including: crash analysis, control and geometry improvements, hazard and countermeasures identification, before-and-after studies; data collection and computer tools for highway traffic and safety evaluation. Traffic safety studies including: crash analysis, control and geometry improvements, hazard and countermeasures identification, before-and-after studies; data collection and computer tools for highway traffic and safety evaluation.

Application of decision analysis, mathematical programming, performance modeling and various heuristics to develop management plans for transportation infrastructure assets, primarily focusing on highway pavements and bridges.

Selected topics of special and current interest to civil engineers. Selected topics of special and current interest to civil engineers.