PhD - Doctor of Philosophy in Molecular Plant Sciences PHD Program By Washington State University |Top Universities
Subject Ranking

# 251-300QS Subject Rankings

Main Subject Area

Biological SciencesMain Subject Area

Program overview

Main Subject

Biological Sciences

Study Level

PHD

Graduate study leading to the Doctor of Philosophy degree is offered as an interdepartmental curriculum by graduate faculty from the Departments of Crop and Soil Science, Food Science and Human Nutrition, Electrical Engineering and Computer Science, Horticulture and Landscape Architecture, Molecular Biosciences, Plant Pathology, Biological Sciences, and the Institute of Biological Chemistry. The objectives of the program are to provide the graduate student with a broad knowledge in molecular plant sciences and with research experience in a chosen area within this discipline. Specialization includes cellular and sub cellular physiology, the molecular biology and biochemistry of plant-related processes, photosynthesis and photorespiration, nitrogen fixation, photochemistry, the physiology of vascular plants, metabolism, plant pathogen interactions, hormonal interactions and regulation of growth, crop production physiology, and physiological ecology as well as related areas in agriculture and biology. Students entering the program must have completed their baccalaureate degree with training in one year each of elementary biology or botany, and physics, chemistry through one semester of organic chemistry and biochemistry, one semester each of molecular plant sciences and genetics, and mathematics (through calculus). Limited undergraduate deficiencies may be remedied by taking the appropriate courses upon enrollment in the graduate program on a provisional basis. Degree requirements include courses in molecular biology, advanced molecular plant sciences, plant morphology and anatomy, and metabolism. To meet the minimum requirements of core course credit in the Graduate School, elective courses are chosen as approved by the student's advisor and the supervising committee of graduate faculty. There is no foreign language requirement. Course requirements are drawn from existing courses offered by MPS and cooperating departments and programs. In addition, a seminar is held weekly during each semester. Policies and procedures of the Graduate School apply to all admissions. Interested students may direct their inquiries to Molecular Plant Sciences or to any participating faculty member. Should the latter route be followed, preference for the Program in Molecular Plant Sciences must be indicated and, if possible, the research area of interest identified. The program offers flexibility for students with varied backgrounds in chemistry, biochemistry, molecular plant sciences, molecular biology, botany, genetics, biology, and the agricultural sciences to pursue advanced training in molecular plant sciences, with independent study and original research in areas of the student's own interests as the single most important component. The interdisciplinary nature of the program assures the student of interaction with molecular plant scientists representing a wide range of research interests and provides the student with a broad choice of specialized facilities which are available in the cooperating academic units. Students are typically supported by the program during the first academic year. Financial support during subsequent years will be managed by the administering academic unit. Participating faculty may provide support through individual grants and contracts. Every effort will be made to inform applicants of these opportunities.

Program overview

Main Subject

Biological Sciences

Study Level

PHD

Graduate study leading to the Doctor of Philosophy degree is offered as an interdepartmental curriculum by graduate faculty from the Departments of Crop and Soil Science, Food Science and Human Nutrition, Electrical Engineering and Computer Science, Horticulture and Landscape Architecture, Molecular Biosciences, Plant Pathology, Biological Sciences, and the Institute of Biological Chemistry. The objectives of the program are to provide the graduate student with a broad knowledge in molecular plant sciences and with research experience in a chosen area within this discipline. Specialization includes cellular and sub cellular physiology, the molecular biology and biochemistry of plant-related processes, photosynthesis and photorespiration, nitrogen fixation, photochemistry, the physiology of vascular plants, metabolism, plant pathogen interactions, hormonal interactions and regulation of growth, crop production physiology, and physiological ecology as well as related areas in agriculture and biology. Students entering the program must have completed their baccalaureate degree with training in one year each of elementary biology or botany, and physics, chemistry through one semester of organic chemistry and biochemistry, one semester each of molecular plant sciences and genetics, and mathematics (through calculus). Limited undergraduate deficiencies may be remedied by taking the appropriate courses upon enrollment in the graduate program on a provisional basis. Degree requirements include courses in molecular biology, advanced molecular plant sciences, plant morphology and anatomy, and metabolism. To meet the minimum requirements of core course credit in the Graduate School, elective courses are chosen as approved by the student's advisor and the supervising committee of graduate faculty. There is no foreign language requirement. Course requirements are drawn from existing courses offered by MPS and cooperating departments and programs. In addition, a seminar is held weekly during each semester. Policies and procedures of the Graduate School apply to all admissions. Interested students may direct their inquiries to Molecular Plant Sciences or to any participating faculty member. Should the latter route be followed, preference for the Program in Molecular Plant Sciences must be indicated and, if possible, the research area of interest identified. The program offers flexibility for students with varied backgrounds in chemistry, biochemistry, molecular plant sciences, molecular biology, botany, genetics, biology, and the agricultural sciences to pursue advanced training in molecular plant sciences, with independent study and original research in areas of the student's own interests as the single most important component. The interdisciplinary nature of the program assures the student of interaction with molecular plant scientists representing a wide range of research interests and provides the student with a broad choice of specialized facilities which are available in the cooperating academic units. Students are typically supported by the program during the first academic year. Financial support during subsequent years will be managed by the administering academic unit. Participating faculty may provide support through individual grants and contracts. Every effort will be made to inform applicants of these opportunities.

Admission requirements

7+

Tuition fee and scholarships

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More programs from the university

Washington State University is a top-tier public research university where scholars strive to make the world a better place. Students volunteer 75,000+ hours of service annually. Undergraduates learn hands-on, alongside professors whose discoveries resonate globally. Research addresses issues in health, food, energy, sustainability, social opportunity, and global security.

  • 200+ FIELDS OF STUDY. Many undergraduate programs rank among America’s best. Broadcasting students gain practical experience at student-run television and radio stations. Organic agriculture students work on a 30-acre certified organic teaching farm. Business majors study overseas to experience cross-cultural practices.
  • LEARN BY DOING. Students enter national competitions in robotics, clean energy, business, and more. They present papers at conferences and publish findings in scholarly journals.
  • INTERNATIONAL EMPHASIS. Study abroad programs span 86 countries. The Honors College immerses students in discussion of international issues. 1,700+ international students enrich cultural diversity on campus.
  • 76 MASTER’S AND 66 DOCTORAL PROGRAMS. Plus, professional programs include business administration, pharmacy, and veterinary medicine. An independently accredited medical school is planned for the Spokane Health Sciences Campus.
  • STATEWIDE AND WORLDWIDE REACH. At the flagship Pullman campus, Cougar spirit unites 18,000+ students. WSU also has locations in Spokane, Tri-Cities, Vancouver, and Everett. Extension offices occupy every county. Online education is accessible worldwide.

Washington State University is a top-tier public research university where scholars strive to make the world a better place. Research addresses issues in health, food, energy, sustainability, social opportunity, and global security.

  • 76 MASTER’S AND 66 DOCTORAL PROGRAMS, PLUS PROFESSIONAL PROGRAMS. Professional programs include business administration, pharmacy, and veterinary medicine. An independently accredited medical school is planned for the Health Sciences Campus in Spokane.
  • NATIONALLY RECOGNIZED FACULTY. WSU scholars include members of the National Academy of Sciences, National Academy of Engineering, Institute of Medicine, and recipients of numerous national awards and fellowships. WSU researchers garner worldwide recognition for their discoveries. Many stand among the most widely published and frequently cited scholars in the nation.
  • COLLABORATION WITH NATIONAL LAB AND U.S. AGENCIES. WSU scholars team with Pacific Northwest National Laboratory on research for sustainable production of bioproducts and biofuels. The U.S. Department of Agriculture (USDA) Agricultural Research Service works seamlessly with WSU researchers from on-campus offices.
  • STATEWIDE AND WORLDWIDE REACH. The main WSU campus in Pullman, nestled among the rolling hills of southeastern Washington, serves 18,000+ students. The Health Sciences Campus sits along the scenic riverfront in Spokane. Additional locations include Tri-Cities, Vancouver, and Everett. Online education is accessible worldwide.

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