Graduate Degree Program Summary

Promotional image for Civil Engineering

Graduate Degrees Offered

M.S.; Ph.D.
Specializations - what's a specialization?
  • Environmental Engineering
  • Environmental Studies
  • Geotechnical Engineering
  • Structural Engineering
  • Transportation Engineering
  • Water Resources Engineering
  • Water Resources Planning and Management




Civil Engineering



Application Checklist and Deadlines

Required by the Office of Graduate Studies


See also: US steps to admission or international steps to admission.

Required by Civil Engineering in GAMES

After you apply, allow one business day for us to establish your access to GAMES, where you'll complete these departmental requirements:

  • Entrance exam(s):
    Ph.D. Applicants:  GRE
    M.S. Applicants:  GRE (strongly recommended)
  • Minimum TOEFL:  Paper-550  Internet-80
  • Three letters of recommendation
  • Resume or curriculum vitae (Ph.D. only)
  • Statement of purpose (Required for Ph.D. and strongly recommended for M.S.)
  • Use GAMES for online submission of materials

Application Deadline

For financial consideration
   Fall: February 1   Spring: September 1   Summer: February 1
Otherwise
   Rolling admissions, contact the department for more information.



Related Pages

Students interested in Civil Engineering also may want information about:
Explore all areas of study:

Description

The Civil Engineering Department offers graduate programs on both the University of Nebraska-Lincoln and University of Nebraska at Omaha campuses. The campuses are approximately 50 miles apart. Facilities include materials and geotechnical labs, environmental and transportation labs, and the famous vehicle crash testing facility at the Lincoln Airport. The structures laboratory is equipped to do gravity load, seismic excitation, and wind loading testing of full scale specimens, from bridges and buildings.

Many research opportunities are available depending on the individual interests of faculty and students. Projects include ultra high-performance concrete, self-consolidating concrete, innovative high strength concrete and steel bridge systems, composite materials and energy efficient composite structures, hydrologic effects of global climate change, hydraulic modeling, GIS and watershed management, alternate fuels, water quality, remediation of hazardous wastes, fate and transport of emerging contaminants, risk assessment, pollution prevention, green technology, highway geometric design and safety, intelligent transportation systems, traffic simulation using hardware-in-the-loop simulation, highway-railroad grade crossings, safety aspects of highway design with a unique full scale crash testing facility, risk analysis and reliability of structures, design code calibration, field testing of bridges, pavement engineering, advanced modeling of geomaterials, and application of fuzzy set theories.

When applying, students should indicate interest in one or more of the above areas of study. Minors may be selected from related civil engineering areas and other related departments.



Courses and More

The Graduate Bulletin provides course descriptions, program requirements, and more:


Faculty and Research

Environmental and Fluvial Hydraulics; Physics of Sediment Transport
 
Contaminant Fate and Transport; Engineering Properties of Solid Waste
 
Water Purification and Wastewater Treatment; Risk Management
 
Small System Drinking Water Issues; Applied Pollution Prevention
 
Protective Highway Structures; Vehicle Dynamics; Highway Safety Warrants
 
Sediment Transport; Fluid Mechanics; Hydraulics; Watershed Modeling
 
Crop Modeling; GIS; Precision Agriculture
 
Traffic Flow Theory; Transportation Operations; Intelligent Transportation Systems
 
Transportation Infrastructure, Planning, and Safety; GIS; Intelligent Transportation Systems
 
Testing and Modeling Geomaterials; Computational-Experiemental Constitutive Damage Modeling
 
Structural Engineering; Structural Steel Modeling
 
Environmental Biotechnology; Environmental Microbiology
 
Fate and Transport of Contaminants; Environmental Implications of Nanotechnology; Groundwater Remediation
 
Raymond Moore vCard icon
Geotechnical Engineering; High-Performance Pavement Systems
     Retired Emeritus
 
Transportation Planning, Economics, and Systems Analysis; Airport Planning and Design; Traffic Engineering
 
Analysis and Design of Structures; Reliability and Risk Analysis; Evaluation of Existing Structures
 
Multimodal Transportation Systems Analysis; Transportation Planning and Operations
 
Geotechnical Engineering; Soil-Structure Interaction Modeling
 
Traffic Control Systems; Traffic Characteristics
 
Protective Highway Structures; Vehicle Dynamics; Highway Safety Warrants
 
Risk Analysis; Hazardous Waste; Water Resources Engineering
 
Testing and Modeling Structural Materials; Material Reliability Modeling; Foundations; Geotechnical Engineering
 
Prestressed Concrete Theory and Application; Accelerated Construction and Innovative Concrete Bridge Systems
     Retired Emeritus
 
Structural Dynamics; Blast Resistant Design; Finite Element Modeling; Specialized Concrete
 
Nonpoint Source Pollution Control Technologies; Biofilm Processes; Constructed Wetlands for Wastewater Treatment
 

Departments: Have an update for this page? Contact Justina Clark.

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