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CIV 371: Introduction to Transportation Engineering
3.00 Credits
Oregon Institute of Technology
(3-0-3) Introduction to the design, planning, operation, management and maintenance of transportation systems. Principles for planning multi-modal transportation systems, layout of highways, railroads and airports, traffic flow modeling and capacity analysis. Prerequisite: ENGR 211, GME 161 both with grade "C" or better.
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CIV 371 - Introduction to Transportation Engineering
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CIV 375: Highway Engineering
4.00 Credits
Oregon Institute of Technology
(3-3-4) Hot mixed asphalt materials testing and mixture design. Methods of manufacture, transport and placement of rigid and flexible pavements. Structural design of rigid and flexible pavements. Pavement rehabilitation and management. Prerequisites: CIV 223, ENGR 213 both with grade "C" or better.
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CIV 375 - Highway Engineering
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CIV 401: Civil Engineering Project I
6.00 Credits
Oregon Institute of Technology
(4-6-6) First term of a two-term sequence integrating civil engineering design, group dynamics and technical communications. Students receive three credit hours in civil engineering design (CIV 401) and three credit hours in communication for general education (COM 401). Students will be introduced to a major civil engineering project, prepare a professional engineering proposal and function effectively in engineering design teams. Formal written proposal and oral presentation of the proposal are required. Prerequisite: Civil Engineering adviser consent.
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CIV 401 - Civil Engineering Project I
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CIV 402: Civil Engineering Project II
6.00 Credits
Oregon Institute of Technology
(4-6-6) Second term of a two-term sequence. Students receive three credit hours in civil engineering design (CIV 402) and three credit hours in communication for general education (COM 402). Student teams will perform work as defined in the Fall term proposal. Consultations with faculty, students and clients ensure work progresses toward stated goals. Term culminates with final design recommendations presented in a written report and oral presentation. Plans and specifications and a construction cost estimate will also be completed. Prerequisite: COM 401/CIV 401 both with grade "C" or better.
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CIV 402 - Civil Engineering Project II
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CIV 407: Seminar
3.00 Credits
Oregon Institute of Technology
(Hours to be arranged each term.)
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CIV 407 - Seminar
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CIV 408: Workshop
3.00 Credits
Oregon Institute of Technology
(Hours to be arranged each term.)
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CIV 408 - Workshop
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CIV 410: Basic Dynamics of Structures
3.00 Credits
Oregon Institute of Technology
(3-0-3) Analysis of single degree of freedom structural systems to harmonic and general dynamic loading. Free vibrating and forced vibration of multiple degree of freedom systems, model superposition, earthquake engineering, current IBC methods. Prerequisite: CIV 328 with grade "C" or better.
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CIV 410 - Basic Dynamics of Structures
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CIV 415: Civil Design Software Applications
2.00 Credits
Oregon Institute of Technology
(1-3-2) Advanced applications of civil engineering design software will be presented and applied to current year senior design project. Design components will include, at a minimum, site topography, layout of project roadways and parking lots, and layout of water, waste water and storm water lines. Corequisite: CIV 401/COM 401.
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CIV 415 - Civil Design Software Applications
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CIV 416: Structural Design for Lateral Loads
3.00 Credits
Oregon Institute of Technology
(3-0-3) Wind and seismic forces on buildings according to the Uniform Building Code. Lateral force resisting systems for buildings. Software applications. Prerequisite: CIV 328 with grade "C" or better.
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CIV 416 - Structural Design for Lateral Loads
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CIV 418: Structural Matrix Analysis
3.00 Credits
Oregon Institute of Technology
(3-0-3) Static analysis of structures using flexibility and stiffness methods with strong emphasis on computer models and solutions for practical analysis problems. Prerequisite: CIV 328 with grade "C" or better.
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CIV 418 - Structural Matrix Analysis
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