Graduate Program

The Department of Civil Engineering and Construction offers an MSCE degree program that prepares graduates for thriving engineering careers characterized by continued professional growth. Our graduates are given unique opportunities to acquire the talents and skills needed in a highly technical society facing serious uncertainties and challenges in the environment and infrastructure. Our program provides students with the broad scope necessary for a fruitful and successful career in the practice of civil engineering and construction management.

To meet the needs of industry and students, the department recently acquired a multimedia laboratory and equipped it with the most sophisticated software and hardware available anywhere in the country. This recent acquisition provides a vivid example of the commitment to excellence and persistent drive that has become the hallmark of our department. The departmental goal is to provide an educational experience that is nationally and internationally recognized. Our students and faculty aspire to be leaders in their respective fields on and off campus.

Admission into the MSCE program requires a bachelor’s degree in civil engineering or construction.  Qualified graduates from other engineering or related fields may be admitted conditionally. The conditional status may be changed to unconditional only after all deficiencies are removed.  Students are not required to take the GRE general test for admission into the MSCE program. Details on admission requirements and categories of admission can be found in the Graduate School catalog under the General Admission section. 

MSCE Degree Requirements

After selecting core courses, the student may study in any one of three areas of emphasis: construction management, structural, or geo-environmental/water resources. The student has the opportunity of selecting a thesis or a non-thesis option. The thesis option requires 6 semester hours of CE 699 (Thesis). The non-thesis option requires a minimum of 6 semester hours in an emphasis area.

In addition to the requirements of the Graduate School, the Department of Civil Engineering and Construction has the following requirements:

  1. The MSCE program requires a minimum of 30 semester hours beyond the bachelor’s degree.
  2. All MSCE students are required to take CE 520 to meet the mathematics requirement and a minimum of 18 semester hours from the department.
  3. A program of study is required by the end of the first semester. The program of study may be changed by filing a request for amendment (i.e. Request to Change Program of Study form). This request must be filed with and approved by the graduate coordinator prior to registering for courses. Courses not on the approved study plan may not be counted towards the MSCE degree.
  4. Admission of undergraduate students into 500-level courses requires that the students have the necessary prerequisites and a minimum average of 2.75/4.0 overall GPA.
  5. Each student is required to pass a comprehensive examination during the last semester of his/her study. Students seeking the thesis option are required to make an oral defense of their thesis instead.

Exceptions to the departmental requirements listed above may be made with the approval of the department chair. Such exceptions are rare and will only be granted in cases where clear justification can be demonstrated.

Programs of Study

The graduate program can be characterized by areas of emphasis: construction management, structures, and geo-environmental/water resources. New graduate elective courses developed in the department may be integrated into students’ programs of study related to transportation systems, green construction, multimedia, and GIS/GPS. Selected courses in other engineering departments, the college of business, and computer science are permissible. The program’s flexibility provides graduate students with a wide variety of means to prepare for their future careers.

  1. Construction Management
    The construction industry is the largest industry in the United States. Its impact is felt in every area of civil engineering, both nationally and internationally. This fast-growing area provides courses that enhance the education of students by examining the most recent trends and methods in the management of the construction process. Opportunities are provided through coursework dealing with advanced cost estimating, contract administration, productivity analysis, total quality management (TQM), cutting-edge software dealing with design/build processes and multimedia presentations, and many other areas that affect the profession.
  2. Structural Engineering
    The graduate structural engineering program offers a wide variety of courses that provide a strong theoretical and applied background suitable for both practice and research. The structural engineering group has five faculty members with a diverse academic background. The group employs experimental, numerical, and analytical techniques in their research activities. The research interests within the group include: behavior and design of reinforced concrete, structural durability, analysis and design of bridges, finite element analysis, computational mechanics, structural stability, and seismic analysis and design of structures.

    Students are given the opportunity to utilize a spectrum of computer facilities, including a networked personal computer and workstations. These computers are equipped with the state-of-the-art structural engineering and finite elements software packages. The well-equipped structures laboratory provides state-of- the-art research tools. Among them are an MTS 80 kips Cyclic Testing System, NI data acquisition system, a large number of transducers and LVDT’s, Universal Testing Machine, and an ELE compression testing machine.
  3. Geo-Environmental Engineering
    This program option meets the growing need for professionals who are well educated in the science and engineering of treatment processes and pollutant transport and impact on the environment. The program also addresses the need for more informed decision-making with respect to environmental risks and impacts. Graduates from this program are employed by governmental agencies, by consulting companies that specialize in environmental engineering and environmental planning, and by industrial manufacturing companies in pollution prevention or environmental control rules. Funded research from Caterpillar Inc. and from regional and national environmental agencies provides an opportunity for graduate students to participate in the research of hazardous waste treatment, biological wastewater treatment, physiochemical treatment, and management models of environmental policies and systems.