Civil Engineering Master of Engineering Degree Program

Objective and Description

The objective of the graduate program in civil engineering is to prepare students for continued professional and scholarly development consistent with their technical interests.

Degree Requirements

The Master of Engineering degree is an engineering practice-oriented program requiring a minimum of 30 credit hours. A maximum of six hours may be a special project.

Students, with the assistance of a faculty advisor in their area of interest, plan their programs of study in one of the technical areas in civil engineering. Typical program and research areas are:

  1. Construction Engineering and Management;
  2. Environmental (water and air quality control, and solid and hazardous materials control);
  3. Geotechnical (soil mechanics and foundations);
  4. Infrastructure Systems;
  5. Structures and Applied Mechanics;
  6. Transportation (traffic planning, highways, airports and transit);
  7. Water Resources (hydrology and hydraulics)

Construction Engineering and Management Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the construction engineering and management area include:

Core Courses (12 hours)
  • CE 5320 Temporary Structures
  • CE 5344 Construction Methods – Field Operations
  • CE 5350 Risk Management

  • Plus one of the following:
  • CE 5327 Advanced Project Control
  • CE 5343 Building Information Modeling
  • CE 5377 Construction Finance
Electives
  • IE 5301 Advanced Operations Research
  • IE 5318 Advanced Engineering Statistics
  • CE 5338 System Evaluation
  • IE 6302 Facilities Planning and Design
  • CE 5377 Construction Project Mgt. and Job Costing
  • CE 5378 Construction Contracts, Specifications and Administration
  • CE 5387 Construction Productivity
  • CE 5345 Infrastructure Evaluation, Maintenance and Renewal
  • CE 5388 Pipeline Construction and Trenchless Technology
  • CE 5389 Infrastructure Asset Management and Sustainability
  • CE 5300 Topics in Civil Engineering
  • CE 5306 Structural Steel Design
  • CE 5307 Structural Timber Design
  • CE 5308 Structural Masonry Design
  • CE 5309 Prestressed Concrete
  • CE 5364 Foundation Analysis and Design
  • CE 5336 Pavement Design
  • CE 5339 Statistics for Construction
  • CE 5340 Construction Project Acquisition
  • CE 5342 Construction Management
  • CE 5343 Building Information Modeling (BIM)
  • CE 5350 Risk Management
  • CE 5355 Construction Materials
  • CE 5361 Design & Construction of Asphalt Concrete
  • CE 5362 Rigid pavements
  • CE 5382 Construction Sustainability

Environmental Engineering Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the environmental engineering area include:

Core Courses
  • CE 5318 Physical-Chemical Processes I
  • CE 5319 Physical-Chemical Processes II
  • CE 5322 Advanced Physical-Chemical Processes
  • CE 5325 Biological Processes
  • CE 5326 Water and Wastewater Treatment Facilities Design
  • CE 5328 Fundamentals of Air Pollution
Elective Courses
  • CE 5392 Special Topics in Air Pollution
  • CE 5317 Environmental Engineering Processes and Analysis - Laboratory
  • CE 5358 Solid & Hazardous Waste Mgt
  • CE 5329 Environmental Risk Based Corrective Action
  • CE 5346 Open Channel Flow
  • CE 5347 Advanced Hydrology
  • CE 5348 Groundwater Hydrology
  • CE 5354 Water Resources Planning
  • CE 5356 Surface Water Quality Modeling
  • CE 5358 Groundwater Contaminant Modeling
  • CE 5375 Geotechnical Aspects of Landfills
  • CE 4328 Water Systems Design
  • CE 5353 Advanced Hydraulics
  • CE 5357 Hydrologic Techniques
  • CE 5373 Environmental Geotechnology
  • CE 5393 Environmental Organic Chemistry
  • CE 5395 Masters Project
  • IE 5318 Advanced Engineering Statistics
  • EVSE 5320 Toxicology
  • GEOL 5320 Understanding GIS

Geotechnical Engineering Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the geotechnical area include:

Core Courses
  • CE 5364 Foundation Analysis and Design
  • CE 5365 Theoretical Soil Mechanics
  • CE 5370 Experimental Soil Mechanics
Elective Courses
  • CE 5336 Pavement Design
  • CE 5341 Pavement Management
  • CE 5360 Unsaturated Soils II
  • CE 5361 Design and Construction of Asphalt Concrete
  • CE 5362 Rigid Pavements
  • CE 5363 Constitutive Modeling of Soils
  • CE 5366 Soil Dynamics
  • CE 5367 Design of Earth Structures
  • CE 5368 Unsaturated Soil Mechanics
  • CE 5369 Computational Geotechnics
  • CE 5371 Soil Behavior
  • CE 5372 Geosynthetics
  • CE 5374 Ground Improvement
  • CE 5375 Geotechnical Aspects of Landfills
  • CE 6311 Advanced Foundation Design
  • CE 6312 In Situ Testing
  • CE 6313 Design of Earth Dams

Infrastructure Engineering and Management Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the infrastructure engineering and management area include:

Core Courses
  • CE 5345 Infrastructure Evaluation Maintenance & Renewal OR CE 5300 Bridge & Building Evaluation and Mngmt. System
  • CE 5380 Management of Infrastructure Assets
  • IE 5317 Intro to Statistics and Operations Research
Elective Courses
  • CE ELECTIVE COURSES INFRASTRUCTURE
    • CE 5341 - Pavement Evaluation, Rehabilitation, & Management
    • CE 5336 Pavement Design
    • CE 5361 Design and Construction of Asphalt Concrete
    • CE 5362 Rigid Pavements
  • CE ELECTIVE COURSES - CONSTRUCTION
    • CE 5344 Construction Methods Field Operations
    • CE 5377 Construction Project Management & Job Costing
    • CE 5388 Pipeline Construction & Trenchless Technology
    • CE 5389 Pipeline Infrastructure Asset Management. & Sustainability
  • CE ELECTIVE COURSES - GEOTECHNICAL
    • CE 5364 Foundation Analysis and Design
    • CE 5367 Design of Earth Structures
    • CE 5372 Geosynthetics
    • CE 5375 Geotechnical Aspects of Landfills
  • CE ELECTIVE COURSES – TRANSPORTATION
    • CE 5332 Highway Design
    • CE 5331 Traffic Characteristics
    • CE 5335 Airport Engineering
    • CE 5338 System Evaluation
    • CE 6306 Public Transit Planning and Operation
  • CE ELECTIVE COURSES- STRUCTURES & APPLIED MECHANICS
    • CE 5311Advanced Steel Design I
    • CE 5312 Advanced Concrete Design I
  • CE ELECTIVE COURSES- ENVIRONMENTAL
    • CE 5326 Water & Wastewater Treatment Facilities Design
    • CE 5328 Fundamentals of Air Pollution
  • CE ELECTIVE COURSES WATER RESOURCES
    • CE 5354 Water Resources Planning
    • CE 5356 Surface Water Quality Modeling
  • ELECTIVE COURSES – OUTSIDE CE
    • CIRP 5356 Intro to GIS Systems
    • IE 5301 Advanced Operations Research
    • IE 5304 Advanced Engineering Economy
    • CE 5311 Decision Analysis
    • IE 5318 Advanced Engineering Statistics
    • IE 5351 Intro to Systems Engineering

Structures and Applied Mechanics Engineering Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the structures and applied mechanics area include:
Core Courses
  • CE 5303 Introduction to Finite Element
  • CE 5311 Advanced Steel Design I
  • CE 5312 Advanced Concrete Design I
  • CE 5315 Advanced Mechanics of Materials
Electives
  • CE 5305 Fiber Reinforced Composite Design (CE 4366)
  • CE 5306 Structural Steel Design (CE 4348)
  • CE 5307 Structural Timber Design (CE 4365)
  • CE 5308 Structural Masonry Design (CE 4360)
  • CE 5309 Prestressed Concrete (CE 4363)
  • CE 5310 Plastic Analysis and Design of Structures
  • CE 5314 Advanced Steel Design II
  • CE 5343 Building Information Modeling
  • CE 5351 Advanced Theory of Structures (CE4368)
  • CE 5364 Foundation Analysis and Design (CE4321)
  • CE 5383 Experimental Stress Analysis
  • CE 5384 Concrete Bridge Design
  • CE 5385 Structural Dynamics
  • CE 5394 Earthquake Design of Reinforced Concrete
  • CE 6350 Advanced Concrete Design II
  • CE 6352 Advanced Finite Element Method
  • CE 6355 Earthquake Engineering
  • CE 6357 Structural Stability
  • CE 6358 Advanced Analysis in Mechanics
  • CE 6359 Plates and Shells
  • CE 6360 Theory of Elasticity

Transportation Engineering Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the transportation engineering area include:
Core Courses
  • CE 5330 Characteristics of Traffic
  • CE 5332 Highway Design
  • CE 5337 Urban Transportation Planning
  • IE 5318 Engineering Statistics II
Electives
  • CE 5328 - Air Pollution
  • CE 5331 - Traffic Engineering Operations
  • CE 5333 - Traffic Control Systems
  • CE 5334 - Introduction to Railroad Engineering
  • CE 5335 - Airport Engineering
  • CE 5338 - System Evaluation
  • CE 5341 - Pavement Evaluation, Rehabilitation, and Maintenance
  • CE 5346 Open Channel Flow
  • CE 5347 Advanced Hydrology
  • CE 5336 Pavement Design
  • CE 5362 Rigid Pavements
  • CE 5361 Design and Construction of Asphalt Concrete
  • CE 5364 - Foundation Analysis and Design
  • CE 5367 - Design of Earth Structures
  • CE 6306 - Public Transit Planning and Operation
  • CE 6308 - Analytical Models in Transportation
  • CE 6309 - Traffic Flow Theory
  • ECON 5336 - Econometrics
  • ECON 5339 - Econometrics II
  • Additional courses may be approved by petition to supervising committee

Water Resources Engineering Area

Students pursuing an M.S. degree must meet with their supervising committee to fully establish their program of study. Courses offered for master's degree students in the water resources engineering area include:
Core Courses
  • CE 5346 Open Channel Flow
  • CE 5347 Advanced Hydrology
  • CE 5353 Advanced Hydraulics
  • CE 5354 Water Resources Planning
Electives
  • CE 5348 Groundwater Hydrology
  • CE 5356 Surface Water Quality Modeling
  • CE 5357 Hydrologic Techniques
  • CE 5359 Groundwater Contaminant Modeling
  • CE 6314 Stormwater Modeling
  • CE 6316 Sediment Transport
  • CE 5319 Physical-Chemical Processes II
  • CE 5326 Water and Wastewater Treatment Facilities Design
  • ME 5313 Fluid Dynamics
  • CIRP 5357 Intermediate GIS*
  • GEOL 5321 Analysis of Spatial Data*
  • GEOL 5323 Remote Sensing Fundamentals
    (* – One or the other, but not both.)

Master's Degree in Engineering

The responsibility rests with each student for knowing the rules, regulations, and filing deadlines of the Graduate School and their respective department. This page provides general information only. Requirements of the Graduate School and the academic department must be met.

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