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POLYTECHNIC UNIVERSITY 2005-2007

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BIOMOLECULAR SCIENCE PROGRAM<br />

Program Director: Michael Joesten<br />

Advances in biology, particularly at the<br />

cellular and molecular level, are changing<br />

the world that we live in. The basic<br />

knowledge of the way nature functions to<br />

create and sustain life on earth is increasingly<br />

applied to the health care industry,<br />

to feeding an expanding world population,<br />

to producing cheap energy from<br />

renewable sources, to cleaning up the<br />

environment. Biology is the enabling science<br />

of the 21st century and will create<br />

numerous opportunities in the job market<br />

in the years to come.<br />

The BS in Biomolecular Science lies<br />

at the interface between biology and<br />

chemistry and is designed to build upon<br />

the understanding of biology at the<br />

molecular level. The curriculum also provides<br />

a strong foundation in both mathematics<br />

and physics. This broadly based<br />

science education is a prerequisite for<br />

successful careers in industry and governmental<br />

laboratories, and for professional<br />

or graduate studies in the biological sciences,<br />

medicine and other health-related<br />

fields.<br />

The BS in Biomolecular Science has<br />

three options, to meet the diverse needs<br />

of our students. The option in biomedical<br />

science is designed to provide students<br />

with the fundamental knowledge and<br />

skills needed for employment in the rapidly<br />

changing bio-related industries or to<br />

pursue advanced professional or graduate<br />

degrees. The curriculum is highly innovative,<br />

spans the boundaries between biology<br />

and chemistry and involves considerable<br />

exposure to research.<br />

The option in biotechnology is oriented<br />

towards the need of students who plan<br />

to work for the fast growing biotechnology<br />

industry. The nature of the industry<br />

has dramatically changed in the last<br />

decade, with technologies based on<br />

human gene therapy taking their place<br />

along side the production of antibiotics,<br />

vaccines, hormones in technologies<br />

based on genetic engineering. This option<br />

provides a large choice of elective courses<br />

that would meet both the specific<br />

needs and interests of individual students.<br />

The option in chemistry inherits the rich<br />

REQUIREMENTS FOR THE BACHELOR OF SCIENCE<br />

OPTION<br />

Subject Biomedical Science Biotechnology Chemistry<br />

Chemistry 33cr 33 36<br />

Biology 26 18 8<br />

Research* 8 8 8<br />

Chemical & Biological 0 0 4<br />

Engineering<br />

Computer Science 4 4 4<br />

Humanities/Social Sciences 26 26 28<br />

Mathematics 8 8 12<br />

Physics 8 8 8<br />

Technical electives 15 23 20<br />

Total 128 128 128<br />

A minimum of 128 credits is required for the BS in Biomolecular Science.<br />

*Students registering for research are required to submit a written report prior to graduation. Students may<br />

elect to write an undergraduate thesis.<br />

traditions of Polytechnic in providing<br />

excellent education in chemistry, now<br />

combined with a fundamental knowledge<br />

of biology, to prepare students for<br />

employment in pharmaceutical and related<br />

companies. Graduates will also be prepared<br />

for positions at educational and/or<br />

research institutions and governmental<br />

laboratories. The research opportunities<br />

provided by this option will prepare students<br />

for pursuing graduate degrees in<br />

chemistry as well as degrees that border<br />

on biology.<br />

GOALS AND OBJECTIVES<br />

The goal of the BS in Biomolecular<br />

Science is to provide students with the<br />

fundamental knowledge and skills needed<br />

to advance to work in the rapidly<br />

changing bio-related industries or to pursue<br />

advanced professional or graduate<br />

degrees. This is accomplished through an<br />

innovative curriculum that spans the<br />

boundaries between biology and chemistry<br />

and through exposure to research. In<br />

this way, the program is designed to<br />

attract and train students who are adaptable<br />

and active learners.<br />

BS/MS ACCELERATED<br />

HONORS OPTION<br />

The BS/MS Accelerated Honors Option<br />

leads to the simultaneous awarding of a<br />

bachelor’s and master’s degree.<br />

Depending on the student’s preparation<br />

and objective, the two degrees may be<br />

completed in as few as four years of<br />

study. Each program is individually<br />

designed in cooperation with the departmental<br />

BS/MS adviser to allow varied<br />

transfer and AP credits, professional summer<br />

jobs, and other goals consistent with<br />

the Honors Option.<br />

Possible BS/MS combinations include<br />

a BS in Biomolecular Science with an<br />

MS in Chemistry, Bioinformatics or<br />

Biomedical Engineering.<br />

Incoming freshman with superior<br />

admissions qualifications are invited to<br />

participate in the Accelerated Honors<br />

Program. Later admission may be considered<br />

after students complete no more<br />

than one year at Polytechnic. Students<br />

must complete 16 to 20 credits each<br />

semester, maintain a 3.5 GPA average,<br />

and display a record free of course repetitions.<br />

The required courses for the two<br />

degrees include all courses required for<br />

individual BS and MS degrees, except for<br />

Senior Research Project II (either BMS<br />

4924 or CM 4924), and all curriculum<br />

footnotes apply. Required credits are the<br />

sum of the credits for the two degrees<br />

minus the 4 credits for Senior Research<br />

Project II. Students in this program must<br />

complete a Master’s Thesis. (No<br />

Bachelor’s Thesis is required.).<br />

Acceleration may be achieved through<br />

107

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