Erskine College
Erskine College

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September 30, 2008 
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Biology

Curriculum

Daniel Moultrie Science Center

Degree Options and Requirements

Erskine’s Department of Biology has a history of successfully placing graduates in a diversity of professional and graduate programs, ranging from Medicine and Human Genetics to Environmental Toxicology and Wildlife Biology. Other graduates directly enter competitive job markets, pursuing such careers as veterinary medicine, genetic technology, secondary teaching, and management.

Our educational philosophy is simple. We seek to help our students understand (a) fundamental and applied concepts in the biological sciences; (b) scientific ways of discovering, thinking, and learning; (c) skills (both technical and cognitive) that will be needed for career or further study; and (d) the role of biological principles and processes in society and the real world.

The Biology Department offers three majors – the Bachelor of Science in Biology, the Bachelor of Arts in Biology, and the Bachelor of Arts in Natural Science – as well as a Minor in Biology. Each option has different course requirements, listed below, in addition to the College’s Core Curriculum requirements. Biology majors may also take advantage of cooperative programs in several health-related professions, in which students study for 2-3 years at Erskine, then complete their studies at the Medical University of South Carolina or another accredited institution. Relevant programs are listed on page 61; details of these programs are available from Biology faculty and the M.U.S.C. web site.

Students wishing to earn secondary teaching certificates in biology or life science will also take a slate of courses in the Education Department, including student-teaching for one semester. Requirements for certification are in the Erskine College catalog.

Candidates for the Bachelor of Science degree in Biology take Biology 110 and 111; Chemistry 101 and 102; Biology 202, 320, 404, and 407; Chemistry 214-217; Physics 110, 111, or 120; and Math 108 or 111. Bachelor of Science candidates will also select a minimum of 16 additional hours in Biology, as well as other science and non-science electives suggested by the student’s academic advisor. Additional courses in Education, Math, Chemistry, Physics, or Psychology may be beneficial, depending on career goals.

Candidates for the Bachelor of Arts degree in Biology take Biology 110 and 111; Chemistry 101 and 102; and Biology 404, 407, and 202 or 320. Bachelor of Arts candidates will also select a minimum of 15 additional hours in Biology, as well as other science and non-science electives suggested by the student’s academic advisor. Additional courses in Education, Math, Chemistry, Physics, or Psychology may be beneficial, depending on career goals.

Candidates for the Bachelor of Arts degree in Natural Science with a concentration in Biology take Biology 110, 111, and 404, Chemistry 101 and 102, Physics 110 or 120, and Physics 111, as well as at least four additional Biology courses at the 200 level or above. Additional courses in Education, Math, Chemistry, Physics, or Psychology may be beneficial, depending on career goals.

Students pursuing a Minor in Biology will take at least 20 hours in Biology, including up to two 100-level courses (101, 110, 111), one or more courses in the cellular/physiology field (BG 200, 201, 202, 208, 210, 211, 302, 303, 320), and one or more courses in the ecology/environment field (BG 204, 205, 206, 207, 209, 220, 406, 407).

Students wishing to graduate with Honors in Biology must have a grade point average of 3.6 or better in Biology courses, as well as an overall grade point average of 3.3 or better. Honors students must also earn an "A" in BG415, which involves a research project, a senior thesis, and a presentation at a scientific meeting or an on-campus research forum. It is expected that at least the last two years of coursework in the major will have been completed at Erskine.

Biology majors are expected to develop competence in the use of computer and information technology, including word-processing (BG110 and others), intranet-based classwork (BG110 and others), internet-based literature searching (BG404 and others), computer-interfaced data acquisition (BG407 and others), and standard communication, analysis, and presentation software (BG404, BG407, and others).

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