Jun 15, 2021  
2016-2017 Undergraduate and Graduate Catalog 
2016-2017 Undergraduate and Graduate Catalog [ARCHIVED CATALOG]

Edward E. Whitacre Jr. College of Engineering Graduate Programs

Return to {$returnto_text} Return to: Graduate School

The Edward E. Whitacre Jr. College of Engineering offers programs of instruction and research leading to the Master of Science and the Doctor of Philosophy degrees with majors in chemical, civil, computer science, electrical, industrial, mechanical, and petroleum engineering. Details about these programs can be found in the catalog text for individual departments within the College of Engineering.

Department of Chemical Engineering

All master’s students and doctoral candidates are required to register for CHE 7121 , CHE 7122 , or CHE 7123  each long semester unless exempted by the chairperson.

Department of Civil, Environmental and Construction Engineering

For master’s and doctoral degrees in civil engineering, students may choose one or more of several areas of specialization including environmental engineering, water resources engineering, structural engineering, wind engineering, engineering mechanics, geoenvironmental engineering, geotechnical engineering, highway engineering, and construction engineering and management. Professors and instructors reserve the right to restrict the use and type of calculators used during class hours and tests.

Admission. Students with a baccalaureate degree in engineering may enter the graduate program by having their entrance credentials evaluated by both the Graduate School and the department. For applicants with a baccalaureate degree in science or mathematics, certain leveling courses in engineering normally are required. Persons entering the graduate program in civil engineering should consult with a graduate advisor.

Department of Computer Science

The Department of Computer Science offers M.S. and Ph.D. degrees in computer science as well as a M.S. degree and certification in software ngineering. The graduate programs cover various modern and active research areas in cyber security, artificial intelligence, software engineering, computer networks, high-performance computing, and data science. Students also should refer to the Graduate School section of the catalog and general rules/regulations for graduate degrees. Students who do not have a background in computer science are required to take leveling courses that cannot be counted as the required hours for graduation. Students in other departments at Texas Tech who wish to transfer to computer science must first complete all leveling courses or show that they have taken the equivalent courses at another university before their application will be considered. Please see the Department of Computer Science website for additional details and requirements of the Graduate Program and admissions (www.cs.ttu.edu).


Please see the Department of Computer Science website for additional details and requirements of the Graduate Program and admissions (www.cs.ttu.edu).

Department of Electrical and Computer Engineering

The Department of Electrical and Computer Engineering offers students the opportunity of graduate study under the direction of faculty members in an atmosphere of enthusiasm for learning. Master’s and doctoral degrees are awarded to students completing a comprehensive program of courses, examinations, and thesis or dissertation. Courses provide breadth and depth of knowledge; thesis and dissertation projects are an important expression of creative research activity. A non-thesis option is available for master’s students.

The department hosts a number of large research centers and labs. The research ranges from pulsed power to solid state device research. Many of the Ph.D. students are supported by outside grants for carrying out the research. The Ph.D. students are complemented by post docs and undergraduate assistants. ECE hosts the following centers and labs: The Center for Nanophotonics conducts research and development on manipulation of photons-electrons in nano-scale materials for innovative photonic devices and emerging technologies. The Center’s research areas cover a broad spectrum, ranging from basic to applied, and dealing with state-of-the-art nano-scale material synthesis, fundamental physics, device fabrication and testing. The Center for Pulsed Power and Power Electronics performs research work on generating very short and high voltage and current pulses. The Nano Tech Center works on very small devices including MEMS and optical devices. The RF System-on-a-Chip Laboratory performs research into advanced efficient RF amplifiers for cellular phones. The Applied Vision Laboratory uses pattern recognition to exam properties and defects in all types of materials. The Biomedical Integrated Devices and Systems (BIDS) Laboratory emphasizes multidisciplinary research in mathematical modeling and algorithms for signal and image processing. The Neuro-Imaging, Cognition and Engineering Laboratory develop models of perception, memory, neurological diseases and language as they relate to the underlying structure and neural circuitry of the human brain. A rapidly expanding world class research facility with assets related to renewable power systems valued at over $20 Million at Reese Technology Center (10 miles west of Texas Tech University campus) has recently been established. It hosts the newly established GLEAMM (Global Laboratory for Energy Asset Management and Manufacturing) initiative. This work is coordinated by the National Wind Institute.

Department of Industrial Engineering

The Master of Science in Industrial Engineering (M.S.I.E.), Master of Science in Systems and Engineering Management (M.S.SYEM), the Doctor of Philosophy in Industrial Engineering, and the Doctor of Philosophy in Systems and Engineering Management programs prepare competent industrial engineers and engineering managers for industry, consulting, university teaching and research. 

With the counsel of a graduate advisor, students are expected to design individualized academic programs. The master’s level programs consist of two options: (1) a 30-hour thesis option, including 6 credit hours of thesis research, and (2) a 30-hour non-thesis option. The course selection may include a minor in an area outside industrial engineering. The doctoral program requires a minimum of 60 hours of coursework beyond the bachelor’s degree, which may include up to 15 hours constituting a minor area. At least 12 hours of doctoral dissertation enrollment are also required for the doctoral degree. Transfer credits from a master’s degree program are determined by a graduate advisor.

Master’s and Ph.D. programs incorporate courses taken in each of the five specialty areas below. 

  • Engineering Management: Systems theory, decision theory, industrial cost analysis, advanced engineering economics, performance improvement in organizations, project management, and productivity management.
  • Ergonomics and Human Factors Engineering: Occupational biomechanics, work physiology, industrial ergonomics, cognitive engineering, human performance, human computer interaction, and occupational safety.
  • Manufacturing and Quality Assurance: Manufacturing engineering and design, computer integrated manufacturing/CAD/CAM, process analysis and economics, automated manufacturing and process planning, programmable control systems.
  • Operations Research: Simulation modeling, scheduling and sequencing, just-in-time production systems, inventory and production control, linear and nonlinear programming, network analysis, artificial intelligence and expert system.
  • Statistics and Quality Assurance: Design of experiments, statistical data analysis, reliability and maintainability, on-line and off-line quality assurance, and total quality assurance.

The Master of Science in Systems and Engineering Management (M.S.SYEM) and the Ph.D. in Systems and Engineering Management programs are offered both on campus and by distance education and are designed to prepare graduates for positions in technical management. Details regarding admission and degree requirements are available from the department.

Department of Mechanical Engineering

Students seeking master’s or doctor’s degrees should consult the department graduate advisor about their plans of study before enrolling for any courses. The student may wish to emphasize coursework and research activities in any one of the following areas: thermal sciences and fluid mechanics, dynamics and controls, design, or solid mechanics and materials, or transdisciplinary studies. The department has no specific foreign language requirement. Research tools are included as an integral part of the degree program in the leveling, minor, or major courses of each student. All courses are determined by the student’s advisory committee. Students are required to take ME 5120  in their first full-time graduate semester. For the rest of their program, students are required to attend a number of seminars. The seminar course does not count toward fulfilling credit hour requirements. Departmental guidelines for coursework, advisory committee, seminar course, technical papers, and the final evaluation can be obtained from the department graduate advisor.

Admission. Before being recommended for admission to a master’s degree program with a major in this department, the student may be requested to take a preliminary examination to determine proficiency in background for graduate work or may be required to take (without graduate credit) such undergraduate leveling courses as may be designated by the department.

Bob L. Herd Department of Petroleum Engineering

The department is staffed with industry-experienced faculty members who have an average of more than 22 years of experience per person. This experience is combined with sound engineering and scientific principles in the classroom and made an integral part of the candidate’s educational challenge. The department is located in a geographical area that produces 22 percent of the nation’s petroleum resources. Sixty-eight percent of Texas’ petroleum resources lie within a 175-mile radius of the Texas Tech campus. This proximity provides the student with unique opportunities for directly interfacing with industry as well as for first-hand observations of oil field operations. The department has been consistently ranked in the top 10 petroleum engineering departments nationwide for both the graduate and undergraduate program.

Graduate studies in petroleum engineering prepare the engineer to assume responsibility in technical and managerial areas within the oil and gas industry. Historically, the graduate can expect to be challenged quickly and in areas of strong potential for personal and professional growth. Candidates with superior skills and the desire to progress within the industry can expect to be successful. The Petroleum Engineering Department at Texas Tech prepares the advanced student with the technical skills required to meet those challenges. Access to a laptop is required.

All graduate-level petroleum engineering courses must be taken for credit. No more than six hours of PETR 5000  can appear in a master degree plan without approval from the graduate dean.

The curriculum is organized into four core areas that denote the teaching and research concentration of the faculty. The master’s degree plan of a petroleum engineering student should include at least one course from each of the four core areas; the doctoral degree plan should include at least two courses in each core area.

Drilling Engineering: PETR 5000  (advisor approval needed) , PETR 5302 , PETR 5303 , PETR 5315 , PETR 5317 , PETR 5323 , PETR 5313  (optional) 

Production Engineering: PETR 5000  (advisor approval needed), PETR 5306 , PETR 5314 , PETR 5316 , PETR 5318 , PETR 5319 , PETR 5313  (optional)  

Reservoir Engineering: PETR 5000  (advisor approval needed), PETR 5307 , PETR 5309 , PETR 5310 PETR 5311 , PETR 5312 PETR 5320 , PETR 5322 PETR 5323 , PETR 5325 , PETR 5313  (optional)  

Formation Evaluation: PETR 5000  (advisor approval needed), PETR 5304 , PETR 5305 , PETR 5308 , PETR 5324 , PETR 5328 , PETR 5329 , PETR 5313  (optional)  

All graduate students are required to register for PETR 5121  during the first three long semesters. Students should notify their graduate advisor immediately when receiving a grade of C, D, or F and before dropping a course, or when withdrawing from the university, in order to gain a full understanding of the implications and develop a plan for the future. See Graduate School  section of catalog for academic standing rules.

Admission. The ideal graduate applicant should have a B.S. in Petroleum Engineering with at least a 3.0 GPA. In addition the applicant must provide the following:

  • Financial statement (proof of financial support)
  • Official transcript
  • For international applicants only, proof of proficiency in English (TOEFL, IELTS, PTE Academic, Cambridge CPE, Cambridge CAE, or completion of ELS Level 112)
  • Official GRE scores (quantitative, verbal and written)
  • Three letters of recommendation
  • Goals/purpose statement

For more information about the graduate school application process visit www.depts.ttu.edu/gradschool/  or www.depts.ttu.edu/gradschool/admissions/index.php.


Program Offerings & Course Descriptions


    Intra-institutional Dual DegreeMaster’sDoctoralGraduate Certificates

    The director of each certificate, in consultation with the director of graduate studies, will develop and specify a program of study appropriate for each student. If students decide to pursue studies beyond the certificate level, course credit earned toward the certificate can be considered toward a graduate degree.

    Graduate certificates are intended to meet the supplemental post-baccalaureate education needs of professionals. A graduate certificate program is a set of courses that provides in-depth knowledge in a subject matter. The set of courses provides a coherent knowledge base.

    A student applying for a graduate certificate program will be admitted with a “GCRT” designation. Some certificate programs require the GRE or GMAT, and some do not. To take any graduate course, all prerequisite courses (including undergraduate courses) must be taken and necessary background obtained before attempting the course. A student will be required to have a baccalaureate degree to start a graduate certificate program. There is only one exception to having a baccalaureate degree. If an undergraduate student from Texas Tech University has a 3.0 GPA or better and is within 12 hours of completion of a baccalaureate degree, the student may start taking graduate courses toward a graduate certificate. The student must have a baccalaureate degree to receive a graduate certificate.

    Graduate credits earned while the student is enrolled in a graduate certificate program may not be applied toward a graduate degree unless the student completes the GRE or GMA T and enrolls as a fully accredited graduate student. After taking the GRE or GMA T and fulfilling all other admission requirements, a student may use the courses taken for a graduate certificate degree if the courses fulfill the requirements of the program of study for the degree.

    Graduate students may pursue a graduate certificate that is outside their graduate program of study. No more than one transfer course (if approved by the advisor of the graduate certificate program and the Graduate School) will be allowed for a graduate certificate program. If a graduate student is in good standing and dropping out of the graduate program, the student may receive a graduate certificate if the necessary courses have been taken. To receive a graduate certificate, a student must have a GPA of 3.0 or better. No grade lower than a C will be accepted.


      Civil Engineering (Graduate Courses)Chemical Engineering (Graduate Courses)Construction Engineering (Graduate Courses)Computer Science (Graduate Courses)Page: 1 | 2 | 3 | 4

      Return to {$returnto_text} Return to: Graduate School