Bachelor of Engineering in Civil & Construction Engineering


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Course Overview

Civil engineering is the design, construction, and maintenance of public works, including roads, bridges, harbors, etc. At Oregon State University our programs in civil engineering prepare students to become working professional civil engineering and academic researchers who study civil engineering problems. The objective of the Civil Engineering Program is to prepare graduates to enter and be successful in the civil engineering profession. Graduates are expected to become licensed professional engineers, and to reach responsible positions in a wide range of professional settings including consulting firms, industry or government. As well, this program will prepare students to begin and successfully complete graduate studies in engineering and/or post- baccalaureate education in a professional degree program. The Civil Engineering Program provides breadth in core sub-disciplines and depth in at least one area of specialization. Download Course Catalog.

Program Structure:

Course Code First Semester Courses Credit
CCE 101 Statics 5
CCE 102 Civil and Environmental Engineering Measurements 5
CCE 103 Graphics for Civil and Environmental Engineers 4
CCE 104 Introduction to Structural Analysis 4
CCE 105 Soil Mechanics 4
CCE 106 Introduction to Fluid Mechanics 4
CCE 107 Pavement Rehabilitation 4
TOTAL CREDITS 30
Course Code Second Semester Courses Credits
CCE 111 Civil Engineering Materials 5
CCE 112 Transportation Engineering 5
CCE 113 Sustainable Civil and Environmental Engineering Systems 4
CCE 114 Risk Analysis in Civil and Environmental Engineering 4
CCE 115 Senior Design in Civil and Environmental Engineering 4
CCE 116 Chemistry Laboratory I 4
CCE 117 Transportation Planning 4
TOTAL CREDITS 30
Course Code Third Semester Courses Credit
CCE 201 Principles of Environmental Engineering and Science 5
CCE 202 Geology of the Great Lakes Region 5
CCE 203 Mechanics of Deformable Solids 4
CCE 204 Computational Methods in Civil Engineering 4
CCE 205 Dynamics 4
CCE 206 Thermodynamics for Biological Engineering 4
CCE 207 Construction Engineering – Equipment, Methods and Planning 4
TOTAL CREDITS 30
Course Code Fourth Semester Courses Credit
CCE 211 Electronic Instrumentation and Systems 5
CCE 212 Thermodynamics 5
CCE 213 Materials Science and Engineering 4
CCE 214 Water and Wastewater Engineering 4
CCE 215 Air Pollution: Science and Engineering 4
CCE 216 Geotechnical Engineering 4
CCE 217 Environmental Chemistry: Equilibrium Concepts 4
TOTAL CREDITS 30
Course Code Fifth Semester Courses Credit
CCE 301 Pavement Design and Analysis 5
CCE 302 Design of Steel Structures 5
CCE 303 Design of Concrete Structures 4
CCE 304 Principles of Traffic Engineering 4
CCE 305 Highway Design 4
CCE 306 Engineering Hydrology 4
CCE 307 Microbiology for Environmental Science and Engineering 4
TOTAL CREDITS 30
Course Code Sixth Semester Courses Credit
CCE 311 Applied Hydraulics 5
CCE 312 Structural Mechanics 5
CCE 313 Materials Engineering: Properties, Selection and Processing 5
CCE 314 Entrepreneurship 5
CCE 315 Bachelor Thesis 10
TOTAL CREDITS 30

 

Career Opportunities

Graduates may work for private consulting firms, the military, public agencies or major corporations, as well as opting to be self-employed. They may work in association with builders and architects to make sure that any construction material used meets or exceeds a project’s needs. They may design amusement rides or develop offshore rigs for petroleum companies. Other possible projects include:

  • Light rail systems
  • Support underground for skyscrapers

 

Contact KIU:

  • study@kesmondsuniversity.org
  • admissions@kesmondsuniversity.org
  • www.kesmondsuniversity.org