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Home Page > Academics > College Of Arts And Sciences > Chemistry and Biochemistry > Graduate Programs


Graduate Programs


Graduate Programs offer a Master of Science (MS) and Doctor of Philosophy (PhD) degrees in chemistry with specialization in 6 areas:
• Chemical Education
• Analytical Chemistry
• Biochemistry
• Environmental Chemistry
• Organic Chemistry
• Physical Chemistry

Graduate Program Brochure
Graduate Course Descriptions

Graduate School Admissions Application
doc (225k)

New Faculty - Dr. Youngjae You
pdf (47k)

To insure a broad knowledge of chemistry, each graduate student entering the Chemistry Department is required to complete a series of "core" courses. Students enrolled in the MS or PhD programs must complete courses in 3 of the 5 areas of specialization listed above. Students enrolled in the MST program must complete (or test out of) all sections of MSTC 701. PhD candidates are also required to take a course on the chemical literature (CH 616). Additional courses are selected by the student and his or her advisory committee from the Course List list which follows to develop the student's chosen area of specialization.

The graduate program in chemistry for the Ph.D. degree requires a one-third time commitment for formal course work and the balance for independent study and research. Students entering this program with a baccalaureate degree must expect to spend about four years of full-time residency to complete all requirements.

For the Ph.D. program, students typically take 21 credit hours of course work, 3 credit hours of seminar and 66 hours of dissertation credits. In addition to courses required in the students' major area, other courses of interest to the students are taken to round plan of study. The student must develop the program of study in consultation with their graduate research advisor during the first semester in residence.

The doctoral examination in the student's major area is composed of two parts:
• written demonstration of proficiency in graduate level course work and a knowledge of the literature in an examination
• an oral defense of the student's knowledge representative of their background in chemistry.

Following completion of the comprehensive examinations, the student spends the remaining time on research. This aspect of the training provides a student with the opportunity to develop the skills, creativity and independence required of a truly effective scientist. The results of these efforts are presented as the doctoral dissertation which is defended in a final oral examination as an original contribution to scientific knowledge.

The M.S. degree requires 21 credits of course work, 2 hours of seminar and 7 credits of research. As noted earlier, the establishment of proficiency in the five areas is required for the M.S. degree. M.S. programs are typically completed in 4 to 5 semesters plus the intervening summer by full-time students. The M.S. degree is not a requirement for a Ph.D. in this department.

New Courses Being Offered

We would like to introduce you to two new courses being offered by the Department of Chemistry & Biochemistry this fall.  We believe that these courses offer all graduate students in the sciences an opportunity to examine educational issues in the sciences.  As graduate students in the sciences, many of you may have a goal of teaching in a higher institution upon graduation.  These courses being offered will provide an opportunity to examine issues that pertain to teaching courses at the university level.  Additionally, these courses will provide you with the opportunity to begin to develop the methods you plan to use for teaching your courses.  The courses will be specific to chemistry but will be applicable to other sciences as well.

 

Chem 711 - Chemical Education Research              2 credits

 

This course is designed to provide an introduction into the primary literature and current issues on research in chemical education.  Students will survey the fundamental areas of focus such as learning theories, pedagogical methodology, assessment, and current topics of interest.  Involvement in this course will provide graduate students with information about issues related to teaching science.  The topics will engage students in discussions that will prepare them for teaching science courses.

 

 

Chem 715 - Chemistry Instruction in Higher Education      2 credits

 

 

This course is designed to introduce student to instructional processes, learning theories, and issues specific to chemistry instruction in higher education. Topics include learning theory in the context of chemistry, lecture and laboratory settings, assessment strategies, demonstrations, and group work.  This course will engage students in discourse about teaching with the goal of helping students develop tools for teaching chemistry at higher education institutions. 







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