M.S. in Civil Engineering

Transcription

1 M.S. in Civil Engineering M.S. in Civil Engineering Degree Requirements Students who do not have a bachelor's degree in civil engineering, but who want to obtain a master's degree in civil engineering must complete a bridge program for their chosen area of specialization. These courses are not counted for degree credit. See the areas of specialization in this section for specific bridge programs. Please note that prerequisites for bridge courses also must be met. See the undergraduate catalog for descriptions of 00- to 400-level courses. Some of the bridge courses may be waived depending on the student's background. The program as shown below offers numerous areas of specialization, each with its own list of required and elective courses and bridge program. Once the choice of specialization is made, the student consults his/her specialization advisor to plan and develop an individualized and cohesive sequence of courses that will meet the program requirements of at least 30 degree credits. Other suitable electives may be taken subject to approval of program advisor. M.S. in Civil Engineering, Construction Engineering and Management (courses only) CE 0 Construction Materials and Procedures 3 CE 50 Introduction to Soil Behavior 3 MECH 30 Statics and Strength of Materials 3 MATH 5 Survey of Probability and Statistics MATH Calculus II 4 Total Credits 7 3 CE 6 Project Planning and Control 3 CE 64 CE 65 CE 66 CE 67 CE 644 CE 67 Underground Construction Infrastructure and Facilities Remediation Construction Cost Estimating Historic Preservation Geology in Engineering Performance and Risk Analysis of Infrastructure Systems EM 63 M.S. in Civil Engineering, Construction Engineering and Management (Master's thesis) CE 0 Construction Materials and Procedures 3 CE 50 Introduction to Soil Behavior 3 MECH 30 Statics and Strength of Materials 3 MATH 5 Survey of Probability and Statistics

2 M.S. in Civil Engineering MATH Calculus II 4 Total Credits 7 3 CE 6 Project Planning and Control 3 CE 70 Master's 6 CE 79 Graduate Seminar 0 Select four of the following: CE 64 Underground Construction CE 65 Infrastructure and Facilities Remediation CE 66 Construction Cost Estimating CE 67 Historic Preservation CE 644 Geology in Engineering CE 67 Performance and Risk Analysis of Infrastructure Systems Select two of the following: 6 EM 63 M.S. in Civil Engineering, Environmental Engineering, Water Quality Program(courses only) Water Quality CE 30 Fluid Mechanics 4 CE 3 Water Resources Engineering 3 CHEM 6 General Chemistry II 3 Total Credits 0 ENE 663 Water Chemistry 3 ENE 66 Environmental Microbiology 3 or EVSC 67 Environmental Microbiology ENE 664 Physical and Chemical Treatment ENE 665 Biological Treatment ENE 67 Stormwater Management CE 67 Performance and Risk Analysis of Infrastructure Systems EM 63 Legal Aspects in Environmental Engineering

3 M.S. in Civil Engineering 3 M.S. in Civil Engineering, Environmental Engineering Integrated Site Remediation (courses only) Integrated Site Remediation CHEM 6 General Chemistry II 3 CE 3 Water Resources Engineering 3 CE 50 Introduction to Soil Behavior 3 Total Credits 9 ENE 663 Water Chemistry 3 ENE 66 Environmental Microbiology 3 or EVSC 67 Environmental Microbiology ENE 660 ENE 66 ENE 67 CE 60 Introduction to Solid and Hazardous Waste Problems Site Remediation Environmental Impact Analysis Geographic Information System EM 63 Legal Aspects in Environmental Engineering M.S. in Civil Engineering, Environmental Engineering Water Quality (Master's thesis) Water Quality CE 30 Fluid Mechanics 4 CE 3 Water Resources Engineering 3 CHEM 6 General Chemistry II 3 Total Credits 0 ENE 663 Water Chemistry 3 ENE 66 Environmental Microbiology 3 or EVSC 67 Environmental Microbiology ENE 70 Master's 6 CE 79 Graduate Seminar 0 Select four of the following: ENE 664 ENE 665 ENE 67 CE 67 Physical and Chemical Treatment Biological Treatment Stormwater Management Performance and Risk Analysis of Infrastructure Systems

4 4 M.S. in Civil Engineering Select two of the following: 6 EM 63 Legal Aspects in Environmental Engineering M.S. in Civil Engineering, Environmental Engineering Integrated Site Remediation (Master's thesis) Integrated Site Remediation CHEM 6 General Chemistry II 3 CE 3 Water Resources Engineering 3 CE 50 Introduction to Soil Behavior 3 Total Credits 9 ENE 663 Water Chemistry 3 ENE 66 Environmental Microbiology 3 or EVSC 67 Environmental Microbiology ENE 70 Master's 6 CE 79 Graduate Seminar 0 Select four of the following: ENE 660 ENE 66 ENE 67 CE 60 Introduction to Solid and Hazardous Waste Problems Site Remediation Environmental Impact Analysis Geographic Information System Select two of the following: 6 EM 63 Legal Aspects in Environmental Engineering M.S. in Civil Engineering, Geotechnical Engineering (courses only) CE 30 Fluid Mechanics 4 CE 33 Structural Analysis 3 CE 333 Reinforced Concrete Design 3 CE 34 Soil Mechanics 3 CE 34A Soil Mechanics Laboratory CE 443 Foundation Design 3

5 M.S. in Civil Engineering 5 MATH Differential Equations 4 Total Credits 4 CE 64 Engineering Properties of Soils 3 CE 64 Foundation Engineering 3 CE 545 Rock Mechanics I CE 60 Geographic Information System CE 643 Advanced Foundation Engineering CE 644 Geology in Engineering CE 645 Rock Mechanics II CE 606 Geospatial Data Applications CE 647 Geotechnical Aspects of Solid Waste CE 648 Flow Through Soils CE 74 Geotechnology of Earthquake Engineering EM 63 M.S. in Civil Engineering, Geotechnical Engineering (Master's thesis) CE 30 Fluid Mechanics 4 CE 33 Structural Analysis 3 CE 333 Reinforced Concrete Design 3 CE 34 Soil Mechanics 3 CE 34A Soil Mechanics Laboratory CE 443 Foundation Design 3 MATH Differential Equations 4 Total Credits 4 CE 34 Soil Mechanics 3 CE 34 Geology 3 CE 70 Masters 6 CE 79 Graduate Seminar 0 Select four of the following: CE 545 Rock Mechanics I CE 60 Geographic Information System CE 643 Advanced Foundation Engineering CE 644 Geology in Engineering CE 645 Rock Mechanics II

6 6 M.S. in Civil Engineering CE 606 Geospatial Data Applications CE 647 Geotechnical Aspects of Solid Waste CE 648 Flow Through Soils CE 74 Geotechnology of Earthquake Engineering Select two of the following: 3-6 EM 63 M.S. in Civil Engineering, Structural Engineering (courses only) CE 333 Reinforced Concrete Design 3 CE 34 Soil Mechanics 3 CE 34A Soil Mechanics Laboratory CE 43 Steel Design 3 MATH Differential Equations 4 MECH 36 Dynamics Total Credits 9 CE 639 Applied Finite Element Methods 3 CE 636 Stability of Structures 3 CE 53 Design of Masonry and Timber Structures CE 63 Advanced Reinforced Concrete Design CE 63 Prestressed Concrete Design CE 634 Structural Dynamics CE 635 Fracture Mechanics of Engineering Materials CE 637 Short Span Bridge Design CE 638 Nondestructive Testing Methods in Civil Engineering CE 70 Special Topics in Civil Engineering CE 730 Plastic Analysis and Design CE 733 Design of Metal Structures CE 734 Design of Tall Buildings and Space Structures CE 736 Finite Element Methods in Structural and Continuum Mechanics CE 737 Earthquake Engineering CE 739 Structural Optimization MECH 630 Theory of Elasticity

7 M.S. in Civil Engineering 7 EM 63 M.S. in Civil Engineering, Structural Engineering (Master's thesis) CE 333 Reinforced Concrete Design 3 CE 34 Soil Mechanics 3 CE 34A Soil Mechanics Laboratory CE 43 Steel Design 3 MATH Differential Equations 4 MECH 36 Dynamics Total Credits 9 CE 639 Applied Finite Element Methods 3 CE 636 Stability of Structures 3 CE 70 Masters 6 CE 79 Graduate Seminar 0 Select four of the following: CE 53 Design of Masonry and Timber Structures CE 63 Advanced Reinforced Concrete Design CE 63 Prestressed Concrete Design CE 634 Structural Dynamics CE 635 Fracture Mechanics of Engineering Materials CE 637 Short Span Bridge Design CE 638 Nondestructive Testing Methods in Civil Engineering CE 70 Special Topics in Civil Engineering CE 730 Plastic Analysis and Design CE 733 Design of Metal Structures CE 734 Design of Tall Buildings and Space Structures CE 736 Finite Element Methods in Structural and Continuum Mechanics CE 737 Earthquake Engineering CE 739 Structural Optimization MECH 630 Theory of Elasticity Select two of the following: 6 EM 63 M.S. in Civil Engineering, Transportation Engineering (courses only)

8 8 M.S. in Civil Engineering CE 350 Transportation Engineering 3 ECON 65 Microeconomics 3 MATH 05 Elementary Probability and Statistics 3 MATH 309 Mathematical Analysis for Technology 4 Total Credits 6 TRAN 650 Urban Systems Engineering 3 TRAN 65 Traffic Studies and Capacity 3 CE 659 Flexible and Rigid Pavements TRAN 55 Geometric Design of Transportation Facilities TRAN 603 Introduction to Urban Transportation Planning TRAN 65 Public Transportation Operations and Technology TRAN 653 Traffic Safety TRAN 655 Land Use Planning TRAN 700 TRAN 75 Traffic Control Total Credits 8-4 M.S. in Civil Engineering, Transportation Engineering (Master's thesis) CE 350 Transportation Engineering 3 ECON 65 Microeconomics 3 MATH 05 Elementary Probability and Statistics 3 MATH 309 Mathematical Analysis for Technology 4 Total Credits 6 TRAN 650 Urban Systems Engineering 3 TRAN 65 Traffic Studies and Capacity 3 TRAN 70 Master's 6 CE 79 Graduate Seminar 0 CE 659 Flexible and Rigid Pavements TRAN 55 Geometric Design of Transportation Facilities TRAN 603 Introduction to Urban Transportation Planning TRAN 65 Public Transportation Operations and Technology TRAN 653 Traffic Safety TRAN 655 Land Use Planning TRAN 700 TRAN 75 Traffic Control Total Credits 4-30