POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
POLYTECHNIC UNIVERSITY 2005-2007
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CHEMISTRY PROGRAM<br />
Program Directors:<br />
Bruce A. Garetz (undergraduate)<br />
Mary K. Cowman (graduate)<br />
Chemistry is concerned with knowledge<br />
of the structures, properties and reactions<br />
of matter and evolving theories to explain<br />
observations, predict chemical behavior<br />
and suggest experiments.<br />
Classical divisions of chemistry are<br />
(1) organic chemistry, dealing primarily<br />
with compounds of carbon; (2) inorganic<br />
chemistry, concerned with all other<br />
compounds; (3) analytical chemistry,<br />
concerned with quantitative determinations<br />
of composition; and (4) physical<br />
chemistry, which seeks understanding of<br />
matter, including chemical bonds and<br />
molecular interactions. These classical<br />
fields have increasingly overlapped, and<br />
several interdisciplinary fields are now<br />
of great importance: biochemistry, electrochemistry,<br />
photochemistry, polymer<br />
chemistry, solid-state chemistry and<br />
chemical physics.<br />
The Othmer Department of Chemical<br />
and Biological Sciences and<br />
Engineering offers a full complement of<br />
undergraduate and graduate courses in<br />
various aspects of modern chemistry.<br />
Graduates are prepared for positions at<br />
educational institutions, research institutes,<br />
industrial organizations and government<br />
laboratories.<br />
Staff members conduct and supervise<br />
research at undergraduate, graduate and<br />
postdoctoral levels. This research is<br />
combined with teaching so that courses<br />
at all levels are taught by chemists highly<br />
competent in their respective fields.<br />
Undergraduates participating in<br />
optional research activities are stimulated<br />
and well-prepared for graduate<br />
school or professional positions. The<br />
department offers programs leading to a<br />
Bachelor of Science in Biomolecular<br />
Science, a Master of Science in<br />
Chemistry and a Doctor of Philosophy<br />
in Materials Chemistry.<br />
GOALS AND OBJECTIVES<br />
The goals of the Master of Science program<br />
are to advance students’ knowledge<br />
and experience beyond the BS level and<br />
equip them with the needs of a changing<br />
industrial environment.<br />
The goal of the PhD program is to<br />
offer candidates an opportunity to learn<br />
various aspects of materials chemistry<br />
especially associated with polymers and<br />
biological materials.<br />
UNDERGRADUATE PROGRAM<br />
The BS degree requirements are<br />
described in the Biomolecular Science<br />
Program section of this catalog. Note, in<br />
particular, the option in chemistry.<br />
GRADUATE PROGRAMS<br />
Admission to graduate studies in chemistry<br />
requires a solid foundation in mathematics,<br />
physics and chemistry. College<br />
preparation should include at least four<br />
semesters of mathematics, two semesters<br />
of physics and all basic chemistry courses<br />
(analytical, inorganic, organic and<br />
physical). In addition, it is desirable for<br />
students to have taken differential equations<br />
and modern physics. All applicants<br />
are required to take the Graduate Record<br />
Examination (general and chemistry).<br />
Applicants for whom English is a second<br />
language must score at least 550 on the<br />
TOEFL. Chemistry graduate students<br />
cannot take CM 5011, CM 5024 or CM<br />
5040 for graduate credit.<br />
Students in this program are trained<br />
and given the appropriate knowledge to<br />
function at the mid-managerial level of<br />
the chemical industry and other organizations<br />
involved in chemically related<br />
work. Certain students in this program<br />
can be expected to continue their efforts<br />
toward the doctoral degree. Many students<br />
in this program may already be<br />
employed in chemistry related institutions<br />
and will gain the knowledge to<br />
move ahead in these organizations. The<br />
MS program will allow graduate credit<br />
for both courses and special studies that<br />
may involve research as arranged with<br />
advisers in the program.<br />
REQUIREMENTS FOR THE<br />
MASTER OF SCIENCE<br />
A total of 36 units past the bachelor’s<br />
degree is required with an overall GPA of<br />
B (3.0) or better in all courses (exclusive<br />
of thesis research or guided studies) submitted<br />
for a master’s degree. Programs<br />
must include the following core courses:<br />
Course No. Course Title<br />
Units<br />
CM 601 Inorganic Chemistry 4 1 ⁄2<br />
CM 703 Chemical Physics I 4 1 ⁄2<br />
or<br />
CM 704 Chemical Physics II 4 1 ⁄2<br />
CM 802 Applied Spectroscopy 4 1 ⁄2<br />
or<br />
CM 907 Organic Spectroscopy 4 1 ⁄2<br />
CM 903 Organic Chemistry I 4 1 ⁄2<br />
or<br />
CM 904 Organic Chemistry II 4 1 ⁄2<br />
Upon approval of the department head,<br />
students may elect CM 771 Introductory<br />
Polymer Chemistry in place of CM 601.<br />
Students may elect research and a thesis<br />
(12 units). The oral defense of the thesis<br />
is held after the typed thesis has been submitted.<br />
A grade of A or B in thesis<br />
research is required. Students not electing<br />
to write a thesis are required to take 3 to<br />
6 units of guided studies (CM 871, CM<br />
872) with the submission of a written<br />
report.<br />
Students in the master’s program must<br />
participate in seminars for two semesters<br />
(CM 973, CM 974); those not preparing<br />
thesis must present at least one lecture to<br />
the seminar group. Students must be in<br />
continuous attendance at departmental<br />
colloquia. All master’s students must take<br />
CM 5040 Chemical Laboratory Safety.<br />
Students are strongly encouraged to take<br />
CM 5011 Information Sources for the<br />
Chemical Sciences.<br />
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