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M. Fox - This page reflects changes approved by the senate in 2011-12. Have these changes received all necessary approvals? They are reflected below. See also BA note, below.
Chemists study atoms and molecules with the goal of understanding the composition, properties and changes that substances undergo. They identify individual components of materials found in nature, and measure how much of them are present. They also recombine atoms and molecules to deduce the rules of combination and to make new substances. Chemistry is central to understanding other branches of science—the biological, earth, medical, and materials sciences, along with aspects of physics and astronomy. Knowledge of chemistry is crucial to understanding the manufacture and uses of many common materials such as metals, plastics, fibers, paper, glasses and ceramics; food products and food supplements, flavors and cosmetics; detergents and household chemicals; and pharmaceuticals, pesticides, paints, dyes and inks. Chemistry is used in medical and criminal investigations, and in studying causes, effects, and cures for pollution. Finally, chemistry is central to authenticating, conserving, restoring, and preserving cultural treasures including rare books and documents, fine art, architectural works, and artifacts of the recent and distant past.
Students who major in chemistry and who choose appropriate electives are well prepared for advanced study in chemistry or related sciences such as biochemistry and molecular biology, computer sciences (with appropriate undergraduate work in computer science), engineering (especially chemical or environmental), environmental studies, forensic science, information science, materials science, neuroscience, pathology, pharmacology, physiology, or technical writing, and for advanced study in the health care professions: medicine, dentistry, and veterinary medicine. Students who major in chemistry are also well prepared to enter careers in commerce, education, government as well as private and foundation-supported organizations.
Students who wish to receive preparation more in-depth than the chemistry major presented here are advised to pursue the ACS-Certified Chemistry major instead.
Any undergraduate student can declare a major in chemistry.
Michael Fox: Department notes: "We had no student pursuing a Bachelor of Arts degree for over a decade. We have actually submitted to the Dean paperwork to have that removed and have only the BS degree, as part of the effort to re-register all our degree programs in Albany. Not sure if the Dean had a chance to move any of that forward.
In any case, we recommend removing mentioning of BA degree."
Students in the chemistry major pursue either a Bachelor of Arts or Bachelor of Science degree, and must complete the corresponding degree's requirements.
To make normal progress in the major, a student should complete CHM 205, 206 in the freshman year, and CHM 303, 305, 306, PHS 235, 240, and MTH 201, 202, 203 before entering the junior year.
Other Undergraduate Programs
Joshua Blose Ph.D
(Pennsylvania State University-Main Campus)
Assistant Professor
Michael A Brown Ph.D
(University Of Memphis)
Visiting Assistant Professor
Elizabeth Clizbe Ph.D
(University of Liverpool)
Lecturer
Susan S Collier Ph.D
(University Of Rochester)
Adjunct Professor
Stephen A Godleski Ph.D
(Princeton University)
Professor + Chair
Elizabeth A Gregory MS
(University Of Rochester)
Instructional Support Associate
Mark P Heitz Ph.D
(SUNY At Buffalo)
Associate Professor
Markus M Hoffmann Ph.D
(Washington University In St Louis)
Professor
Algernon T Kelley Ph.D
(Louisiana State University + Agricultural + Mechan)
Lecturer
Dawn Lee MS
(Rochester Institute Of Technology)
Chemical Hygiene Coordinator
Margaret E Logan Ph.D
(University Of Rochester)
Associate Professor
Carly Reed Ph.D
(Ohio State University-Main Campus)
Assistant Professor
Brandy Sreenilayam Ph.D
(University Of Iowa)
Assistant Professor
Gopeekrishnan Sreenilayam Ph.D
(University Of Iowa)
Adjunct Lecturer