The minimum requirement for the PhD degree is six courses (18 course hours in total) at the 7000 level, four of which must be core courses. Out of the four core courses, up to three can be taken within one field of chemistry. The core courses offered, by division, are:
The remaining two elective courses should be selected from 7000 level chemistry courses or 7000 level courses from other SSE departments that meet the approval of the Graduate Affairs Committee. In addition, students should register for a total of six hours of seminar over the first six semesters of matriculation. In all, a total of 48 course hours are required for the Ph.D. students. Up to 24 course hours of the 48 hours required may be taken in Chem 7890 (Techniques of Research) and special interest courses (6000 or above) offered by the Department of Chemistry or related departments. Students should obtain prior approval of the Graduate Affairs Committee to insure that the courses taken in other departments will count toward the degree.
CHEM 7030 – Introductory Quantum Mechanics
CHEM 7120 – Statistical Mechanics
CHEM 7150 – Chemical Physics
CHEM 7210 – Inorganic Structure and Bonding
CHEM 7220 – Inorganic Reaction Mechanisms
CHEM 7230 – Organometallic Chemistry (Transition elements)
CHEM 7240 – Organometallic Chemistry (Main group elements)
CHEM 7410 – Advanced Organic – General principles
CHEM 7460 – Advanced Organic – Synthetic approaches
CHEM 6830-40 – Introductory Biochemistry and Intermediate Biochemistry
Ph.D. candidates are required to pass 6 total cumulative exams, at least two by the end of their fourth semester of residence and all six by the end of the 6th semester. In addition, at least 3 of the 6 exams must be passed in the candidate’s area of concentration Students failing to pass two cumes by the end of their fourth semester may be expelled from the program. Students unable to complete 6 cumes in 6 semesters will be automatically placed in the M.S. program and be expected to complete the M.S. thesis by the end of the seventh semester.
Registration for, and attendance at, Department seminars is required. Six (6.0) hours of credit for seminar courses may be applied to the Ph.D. degree requirements. All Ph.D. candidates must present a seminar to the Department based upon a topic from the current chemical literature. The seminar must be presented before the end of the students' 4th semester in residence. The seminar should be scheduled with the chemistry department coordinator for seminar programs. Students presenting seminars are required to enlist two faculty to attend their seminar and provide the faculty with a Seminar Review Form for a written review of the quality of the presentation; the Seminar Review Form can be obtained from the department website and also appended in the back of this book. Students should remember that faculty will only agree to attend if given sufficient notice (one to two weeks) before the seminar.
The maximum time allowed by the SSE Graduate Program for completion of the Ph.D. degree is seven years. The Department, however, strongly encourages students to attempt to complete requirements in no more than five years.
By the end of the fifth semester, students must submit a written proposal of their dissertation research project and make an oral presentation of it to their dissertation committee. The prospectus should be approximately three doubled-spaced typewritten pages in length. The cover sheet should state the student’s name, department/program, the title of the proposed dissertation, and the name of the chair and the other members of the committee. The introduction of the prospectus should contain a summary of earlier work on the problem. The body should include an orderly description of the plan for the investigation. The conclusion should clearly state the anticipated nature of the investigation results. Major sources of information should be indicated and a selective bibliography attached. The prospectus should be submitted to the SSE Graduate Programs office along with a signed copy of the prospectus approval form.
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