Polymer Science, PhD

Doctor of Philosophy in Polymer Science

An interdisciplinary program leading to the Doctor of Philosophy in Polymer Science is administered by the School of Polymer Science and Polymer Engineering. Graduates from the four main disciplines (chemistry, physics, biomaterials, and engineering) are guided into the appropriate courses of study and research in that field under the supervision of a faculty member. Students may be admitted directly to the Ph.D. program upon screening of their qualifications and recommendation by the Admission Committee.

In addition to satisfying the general requirements of the Graduate School, a student working toward the Doctor of Philosophy in Polymer Science must meet the following requirements:

  • Complete a course of study prescribed by the student’s advisory committee based on the committee’s judgment of the student’s background and on the result of any special examinations it might impose. This course will consist of a minimum of, but usually more than, 38 credits in graduate courses, or their equivalent, plus sufficient Ph.D. research credits to make a total of 90 credits (exclusive of Master of Science thesis credit).
  • Attendance and participation in seminar-type discussions scheduled by the school.
  • At least 18 credits of graduate course work and all dissertation credits must be completed at the University.

There is a university minimum residence time requiring one year, although graduate students starting with a B.S. or B.A. typically spend four years in residence.

Core Courses
PLYS 601Polymer Chemistry4
PLYS 607Seminar in Polymer Science I1
PLYS 613Polymer Science Laboratory3
PLYS 631Polymer Physics I4
PLYS 632Polymer Physics II4
PLYS 674Polymer Characterization2
PLYS 685Introduction to Biomacromolecules2
600- and 700-Level Electives9
Select nine credits from 600 and 700 level courses appropriate to the student's area of interest from the following list:
PLYS 604Special Projects in Polymer Science
PLYS 711Special Topics: Polymer Science
PLYS 712Special Topics: Polymer Science
PLYS 720Elastomers
PLYE 610Polymer Engineering Analysis
PLYE 621Rheology of Polymer Fluids
PLYE 622Analysis & Design of Polymer Processing Operations I
PLYE 623Analysis & Design of Polymer Processing Operations II
PLYE 631Engineering Properties of Solid Polymers
PLYE 651Polymer Engineering Laboratory
PLYE 680Polymer Coatings
PLYE 727Advanced Polymer Rheology
PLYE 773Advanced Polymer Coating Technology
PLYE 797Advanced Topics in Polymer Engineering
MECE 622Continuum Mechanics
MECE 623Applied Stress Analysis I
MECE 624Fundamental of Fracture Mechanics
MECE 627Advanced Materials & Manufacturing Processes
MECE 628Mechanical Behavior of Materials
BMEN 605Fundamentals of Biomedical Engineering
BMEN 611Biometry
BMEN 660Biomaterials & Laboratory
CIVE 604Dynamics of Structures
CIVE 605Structural Stability
CIVE 606Energy Methods & Elasticity
CHEE 600Transport Phenomena
CHEE 605Chemical Reaction Engineering
CHEE 610Classical Thermodynamics
CHEE 696Topics in Chemical Engineering
Electives9
Select nine credits of courses from the list of 600 and 700 courses above and the additional list below.
PLYS 5XX
PLYE 5XX
CPSC 5XX
STAT 5XX
CHEE 535Process Analysis & Control
CHEM 510Special Readings in Analytical Chemistry
CHEM 572Advanced Inorganic Chemistry
CHEE 541Process Design I
CHEE 561Solids Processing
CHEE 572Separation Processes in Biochemical Engineering
MECE 522Experimental Stress Analysis I
MECE 516Heat Transfer Processes
MECE 5853D Printing and Additive Manufacturing
CIVE 554Advanced Mechanics of Materials
CIVE 568Highway Materials
BMEN 560Experimental Techniques in Biomechanics
MATH 532Introduction to Partial Differential Equations
MATH 535Systems of Ordinary Differential Equations
Doctoral Dissertation52
PLYS 899Doctoral Dissertation
Total Hours90

Seminars

Attendance at and participation in seminar-type discussions scheduled by the school is required.

Foreign Language Requirement

Satisfy the foreign language requirement for the doctoral degree by meeting the requirements of Plan C. This is satisfied with computer proficiency, which is met by completing PLYS 613 Polymer Science Laboratory as part of the core curriculum.

Three demonstrations of scholarship are required to complete the PhD in Polymer Science: 1) Passing an oral qualifying exam, 2) acceptance of a successful research proposal, and 3) passing an oral defense upon completion of a written research dissertation.

Oral qualifying exam

The oral qualifying exam begins with a presentation given by the student by the end of their third semester (not including summers) on the pertinent research literature and potential direction of research in their field of study.  The student prepares a seminar for 3 faculty committee members from the School of Polymer Science and Polymer Engineering. Approximately 1 hour of questions and answers follows in a closed-door session. Students should prepare for answering fundamental questions on basic sciences and engineering and their literature review area.

Research Proposal

The research proposal involves oral presentation of a written document of length 2000-3000 words in text only, without counting captions or references, within the student's third year, to assess expertise and understanding in their research area, with the objective to significantly improve both the student's verbal communication and writing skills.  Hypothesis, aims, methods, and preliminary results should be presented. The review committee consists of 3 faculty members within SPSPE (the advisor and 2 additional faculty members).

Dissertation and Oral Defense

The dissertation is a written document presenting the student’s research and findings. The dissertation research is presented publicly to a committee of at least 5 graduate faculty members, with a makeup consistent with Graduate School rules. A closed-door oral examination of the dissertation follows.