2118 Fiedler Hall
785-532-5862
ce@engg.k-state.edu
ce.k-state.edu

Civil engineering is the design, construction and maintenance of facilities and systems for the general public or private sector. The civil engineering department offers seven tracks within the bachelor’s in civil engineering degree: general, construction, environmental, geotechnical, structures, transportation and materials, and water resources.

Programs

Bachelor of Science

• •  Civil Engineering - Construction (BS)
• •  Civil Engineering - Environmental (BS)
• •  Civil Engineering - General (BS)
• •  Civil Engineering - Geotechnical (BS)
• •  Civil Engineering - Structural (BS)
• •  Civil Engineering - Transportation/Material (BS)
• •  Civil Engineering - Water Resources (BS)

Other Program Choices

• •  Civil Engineering - Construction (BS) Academic Degree Map
• •  Civil Engineering - Environmental (BS) Academic Degree Map
• •  Civil Engineering - General (BS) Academic Degree Map
• •  Civil Engineering - Geotechnical (BS) Academic Degree Map
• •  Civil Engineering - Structural (BS) Academic Degree Map
• •  Civil Engineering - Transportation/Material (BS) Academic Degree Map
• •  Civil Engineering - Water Resources (BS) Academic Degree Map

Courses

Civil Engineering

• •  CE 015 - Engineering Assembly
• •  CE 101 - Introduction to Civil Engineering
• •  CE 201 - Civil Engineering Problem Solving I
• •  CE 202 - Civil Engineering Graphics
• •  CE 212 - Elementary Surveying Engineering
• •  CE 241 - Introduction to Civil Engineering Materials
• •  CE 301 - Civil Engineering Problem Solving
• •  CE 331 - Strength of Materials and Analysis
• •  CE 332 - Strength of Materials Laboratory
• •  CE 333 - Statics
• •  CE 351 - Incompressible Fluid Mechanics
• •  CE 441 - Design of Civil Engineering Materials
• •  CE 497 - Undergraduate Research Experience
• •  CE 499 - Honors Research in Civil Engineering
• •  CE 501 - Project Economic Evaluation
• •  CE 502 - Project Management
• •  CE 503 - Project Delivery
• •  CE 522 - Soil Mechanics
• •  CE 528 - Foundation Engineering
• •  CE 530 - Statics and Dynamics
• •  CE 533 - Mechanics of Materials
• •  CE 534 - Mechanics of Materials Laboratory
• •  CE 537 - Introduction to Structural Analysis
• •  CE 542 - Structural Engineering in Steel
• •  CE 544 - Structural Engineering in Concrete
• •  CE 550 - Water Resources Engineering
• •  CE 552 - Hydraulic Engineering
• •  CE 563 - Environmental Engineering Fundamentals
• •  CE 565 - Water and Wastewater Engineering
• •  CE 571 - Introduction to Transportation Engineering
• •  CE 572 - Highway Engineering
• •  CE 585 - Civil Engineering Project
• •  CE 625 - Principles of Geoenvironmental Engineering
• •  CE 654 - Design of Groundwater Flow Systems
• •  CE 663 - Unit Operations and Processes in Environmental Engineering
• •  CE 680 - Economics of Design and Construction
• •  CE 690 - Selected Topics in Civil Engineering
• •  CE 703 - Responsibility in Engineering: Codes & Professionalism
• •  CE 704 - Responsibility in Engineering: Leadership & Diversity
• •  CE 718 - Engineering Photo Interpretation
• •  CE 723 - Designing with Geosynthetics
• •  CE 725 - Seepage in Permeable Materials
• •  CE 728 - Advanced Geotechnical Design
• •  CE 732 - Advanced Structural Analysis I
• •  CE 741 - Civil Engineering Materials II
• •  CE 742 - Advanced Steel Design
• •  CE 743 - Advanced Reinforced Concrete Design
• •  CE 745 - Structural Dynamics
• •  CE 751 - Hydraulics of Open Channels
• •  CE 752 - Advanced Hydrology
• •  CE 760 - Environmental Engineering Seminar
• •  CE 762 - Water Treatment Processes
• •  CE 766 - Wastewater Engineering: Biological Processes
• •  CE 768 - Geoenvironmental Engineering Design
• •  CE 771 - Travel Demand Modeling
• •  CE 774 - Pavement Design
• •  CE 775 - Traffic Engineering
• •  CE 777 - Portland Cement Concrete Pavements
• •  CE 778 - Geotechnics and Advanced Pavement Design
• •  CE 786 - Land Development for Civil Engineers and Planners
• •  CE 790 - Problems in Civil Engineering
• •  CE 791 - Research in Civil Engineering
• •  CE 802 - Advanced Mechanics of Materials and Applied Elasticity
• •  CE 803 - Numerical and Analytic Techniques for Engineers
• •  CE 807 - Applied Geostatistics
• •  CE 816 - Selected Topics in Civil Engineering
• •  CE 822 - Shear Strength and Slope Stability of Soils
• •  CE 823 - Engineering Properties of Cohesive Soils
• •  CE 824 - Strength and Deformation of Geo-materials
• •  CE 825 - Environmental Geotechnology
• •  CE 827 - Computational Applications in Geo-Systems
• •  CE 828 - Advanced Seepage and Settlement Analysis in Soils
• •  CE 833 - Advanced Structural Analysis II
• •  CE 834 - Strengthening Design of Reinforced Concrete with Fiber Reinforced Polymers
• •  CE 836 - Energy Methods and Applied Variational Principles
• •  CE 837 - Structural Stability
• •  CE 844 - Prestressed Concrete Design
• •  CE 854 - Analysis of Groundwater Flow
• •  CE 857 - Advanced Civil Engineering Design Using GIS
• •  CE 861 - Environmental Engineering Chemistry
• •  CE 866 - Advanced Wastewater Treatment
• •  CE 867 - Advance Environmental Microbiology and Techniques
• •  CE 868 - Chemicals in the Environment: Fate and Transport
• •  CE 872 - Transportation Safety
• •  CE 873 - Airport Design
• •  CE 874 - Sustainable Transportation Asset Management
• •  CE 875 - Traffic Flow Theory
• •  CE 890 - Graduate Seminar in Civil Engineering
• •  CE 898 - Master’s Report
• •  CE 899 - Master’s Thesis
• •  CE 916 - Advanced Topics in Civil Engineering
• •  CE 930 - Advanced Topics in Geotechnical Engineering
• •  CE 935 - Structural Dynamics II
• •  CE 938 - Theory of Plates and Shells
• •  CE 950 - Advanced Topics in Structural Engineering
• •  CE 967 - Physicochemical Processes
• •  CE 970 - Advanced Topics in Environmental and Water Resources Engineering
• •  CE 980 - Advanced Topics in Transportation and Materials Engineering
• •  CE 999 - Dissertation Research