Arid Land Studies
The Master of Science in Arid Land Studies (MSALS) is a unique interdisciplinary graduate program designed to prepare students for international, aridlands-oriented careers in natural resources, environmental issues, and economic and social factors.
The interdisciplinary nature of this program is ideal for students who wish to expand their knowledge in different areas of study rather than specialize in a single discipline. The program must be related to sustainable use and management of drylands. MSALS students may choose the thesis option (24 hours of graduate coursework plus 6 hours of thesis and 6 hours of research credit) or the 36-hour non-thesis plan.
Students in the MSALS program choose three subject areas from the sciences and/or humanities that best suit their career goals. Common subject areas include (1) agricultural sciences and natural resources; (2) geosciences; and (3) water resources and environmental toxicology. No more than 12 credit hours may be taken within any single college except the College of Arts and Sciences
Applicants to the program must satisfy the requirements set by the university and the Graduate School. Applications and supporting documentation may be must be submitted to the Graduate School (How to Apply) with copies to Dr. Gad Perry, email@example.com. Competitive scholarships may be available.
Dr. Yehia Mechref
Professor of Chemistry and Biochemistry; Director of Center for Biotechnology and Genomics
The Texas Tech Center for Biotechnology and Genomics administers the Master of Science in Biotechnology, with an emphasis in bioinformatics as a new option.
The degree is a two-year program, with the first two semesters consisting of required and elective coursework. The second year (nine to 12 months) is devoted to research (and possibly additional advanced coursework). Students may satisfy the research requirement in either of two ways: (1) complete an M.S. thesis, based on research carried out in the laboratory of a participating faculty member, or (2) complete a non-thesis internship in a research laboratory on campus, an industrial research laboratory, a government laboratory, or a not-for-profit foundation laboratory. Students who select a non-thesis option must pass a comprehensive final exam during their fourth (or final) semester. Options should be carefully discussed with the director and/or graduate advisor of the center.
Students interested in the program should have an undergraduate degree that provides a sound background in biological sciences, preferably from a molecular perspective. A limited number of scholarships will be available at the start of the fall semester for outstanding first-year students. Students awarded these competitive scholarships will be eligible to pay tuition at the in-state rate.
The dual degree candidate must choose to pursue both degrees by the end of the third or fourth semester in law school and must meet admission requirements for the M.S. degree. Students in the dual degree program cannot take any courses outside the School of Law during their first year. Typically, if all prerequisites are met, both degree programs can be finished in a maximum of four and one-half years, including summer sessions. Separate applications for the J.D. and M.S. portions of the dual degree are required. LSAT scores that are satisfactory for admission to the School of Law will eliminate the requirement that the student take the GRE.
The dual degree program is designed principally for the student with an interest in intellectual property law in the area of biotechnology. A candidate for the J.D./M.S. in biotechnology may credit up to 12 non-law hours of approved courses toward the J.D. degree, and 12 law hours may be credited toward the M.S. degree.
Graduate Advisor Biotechnology: Dr. Jatindra Tripathy firstname.lastname@example.org
Museum Science, MA
Dr. Eileen Johnson
Horn Professor of Museum Science; Director, Academic and Curatorial Programs, Museum of Texas Tech University
The Master of Arts in Museum Science offers a specialization in either museum science or heritage management. The specialization in museum science emphasizes thorough preparation in the broad spectrum of museum theory and practice. Graduates from the museum science specialization of the program have a comprehensive background in museum studies and are prepared as generalists in a number of subdisciplines, including collections management and care; exhibitions and interpretation; museology; museum management; and curatorship in anthropology, art, ethnology, history, paleontology, or the natural sciences.
The heritage management specialization emphasizes extensive investigation in the field of heritage management. Graduates from the heritage management specialization of the program are prepared to enhance local, regional, and national sociological and scientific values; encourage preservation and stewardship of cultural and natural heritage; advocate public service; and direct educational programing designed to derive maximum advantage from innovative technology without the loss of cultural identity and biodiversity.
Applicants will be considered for admission to the museum science program after the following materials are received:
- Letters of Reference (2)
- A completed career summary statement.
Prior to admission consideration, students must complete the online application through the Graduate School and satisfy the requirements of the university. Once that process is concluded, program admission and competitive scholarship awards are based on three general categories of criteria: academic record, test scores, individual profile.
For additional information on required courses, additional requirements please reference the graduate catalogue
Wind Science and Engineering, Ph.D
Dr. Daan Liang,
Associate Professor of Civil Engineering and Interim Director of the National Wind Institute
Texas Tech University offers a unique Ph.D. in Wind Science and Engineering. The educational objective of the program is to provide students with the broad education necessary to pursue research and solve problems related to the detrimental effects of windstorms (e.g., hurricanes, tornadoes, and thunderstorms) and to learn to take advantage of the beneficial effects of wind (e.g., wind energy).
Each student's core coursework and dissertation research are multidisciplinary. The doctorate requires at least 60 semester hours of graduate studies in addition to a dissertation (requirement of the Graduate School).
Coursework for students is tailored with the advice and consent of their graduate advisor to provide background for multidisciplinary dissertation research.
Students are also required to complete 6-credit hours of summer off-campus external internship at an academic institution, in a governmental or private laboratory, or with a private company. Opportunities are also available to complete this internship requirement abroad.
Students pursue multidisciplinary research under the guidance of the chair or co-chairs of their advisory committee. Graduate faculty members from at least two disciplines will be represented on each student's advisory committee. Research must be multidisciplinary and can include a combination of engineering, atmospheric sciences, economics, physical sciences, and mathematics. Field/lab experiments, analytical research, or numerical simulations are examples of acceptable dissertation research.
Students must complete a qualifying examination to be admitted to candidacy for the Ph.D. degree. The qualifying examination questions are based on a dissertation proposal, which is provided to the advisory committee by the student prior to the qualifying examination. Additionally, students shall have at least one paper based on their dissertation research published (or accepted to be published) in a peer-reviewed journal prior to graduation.
Financial support in the form of scholarships, assistantships, and fellowships is available to qualified students. See the WISE Research Center website (www.depts.ttu.edu/nwi/) for more details of the degree program and ongoing research topics.
For More Information
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Graduate School at Texas Tech University
POB 41030; Lubbock, TX 79409-1030