2024-2025 Undergraduate Catalog

Biology, BS

Overview

Mission Statement

The Biology Department strives to provide an education in biology of the highest possible quality. The biology curriculum offers career preparation, preparation for further study, and an introduction to biological concepts and scientific reasoning in the liberal arts tradition.

Requirements

Degree Requirements

See Bachelor's Degree requirements

General Education

See General Education Course Requirements for the Undergraduate College

Core Courses – Biology

BIOL 150Introduction to Biology I (Lec/Lab)

3/1

BIOL 151Introduction to Biology II (Lec/Lab)

3/1

BIOL 201Biology Orientation

1

BIOL 305Cell Biology (Lec/Lab)

4/1

BIOL 430Genetics (Lec/Lab)

4/1

BIOL 445Biology Seminar I

1

BIOL 446Biology Seminar II

1

BIOL 442Evolution (Lec/Lab)

3/1

Courses chosen in consultation with advisor; at least one must be an upper level course with a substantial ecological component (BIOL 304, BIOL 306, BIOL 308, or BIOL310)

13

Total Credit Hours:38

Core Courses – Chemistry, Mathematics, Physics

CHEM 133General Chemistry I (Lec/Lab)

3/1

CHEM 134General Chemistry II (Lec/Lab)

3/1

 

CHEM 245Survey of Organic Chemistry

3

or

CHEM 343Organic Chemistry I (Lec/Lab)

3/1

 

CHEM 344Organic Chemistry II (Lec/Lab)

3/1

or

CHEM 353Chemical Methods of Analysis

3

and

CHEM 431Advanced Lab I

1

 

MATH 251Calculus of Derivatives

3

or

MATH 205Statistics

3

 

PHYS 143College Physics I (Lec/Lab)

4/1

or

PHYS 144College Physics II (Lec/Lab)

4/1

or

PHYS 203Physics I (Lec/Lab)

4/1

or

PHYS 204Physics II (Lec/Lab)

4/1

Total Credit Hours:23-24
 

Total Credit Hours: 61-62

Prospective Graduate School Students

Students planning to attend graduate school should consider a research internship during the summer after their sophomore and/or junior years. Prospective graduate school students should complete all courses required for the biology major, PLUS either Option 1 or Option 2 below:

Option 1 – For an emphasis in Environmental or Organismal Biology

BIOL 304Invertebrate Zoology (Lec/Lab)

3/1

BIOL 216Microbiology (Lec/Lab)

3/1

BIOL 306Vertebrate Zoology (Lec/Lab)

3/1

BIOL 308Animal Behavior (Lec/Lab)

3/1

BIOL 310Ecology (Lec/Lab)

3/1

Option 2 – For an emphasis in Cell Biology or Physiology

BIOL 216Microbiology (Lec/Lab)

3/1

BIOL 312Developmental Biology

3

BIOL 412Molecular Biology (Lec/Lab)

2/2

BIOL 413Biochemistry I

3

Strongly recommended courses for students considering graduate school:

MATH 252Calculus of Integrals

3

 

MATH 205Statistics

3

or

MATH 401Mathematical Statistics I

3

 

PHYS 203Physics I (Lec/Lab)

4/1

or

PHYS 204Physics II (Lec/Lab)

4/1

Total Credit Hours:11

PHYS 203 and PHYS 204: Some graduate schools require a full year of physics.

Plan of Study

Students who have a strong academic background that includes preparation in chemistry and/or math, and who are fairly confident in pursuing a career in science are encouraged to follow the first 4-year plan. Students who have a weaker academic background with less preparation in chemistry and/or math, and who are less confident in pursuing a career in science are encouraged to follow the second 4-year plan. Electives should be chosen in consultation with your advisor, and may be taken at different semesters than those shown below depending on your choice, goals, and odd or even years. Additional electives may be useful for some career goals.

Option 1

Freshman Year

Fall
BIOL 150Introduction to Biology I (Lec/Lab)

3/1

CHEM 133General Chemistry I (Lec/Lab)

3/1

Spring
BIOL 151Introduction to Biology II (Lec/Lab)

3/1

CHEM 134General Chemistry II (Lec/Lab)

3/1

Sophomore Year

Fall
BIOL 201Biology Orientation

1

CHEM 133General Chemistry I (Lec/Lab)

3/1

Biology Elective 1 (BIOL 208, BIOL 304, or BIOL 308)

Spring
CHEM 134General Chemistry II (Lec/Lab)

3/1

Biology Elective 2 (BIOL 216, BIOL 306, BIOL 310, BIOL 412, or BIOL 435)

Junior Year

Fall
BIOL 305Cell Biology (Lec/Lab)

4/1

CHEM 343Organic Chemistry I (Lec/Lab)

3/1

Spring
BIOL 430Genetics (Lec/Lab)

4/1

or

BIOL 442Evolution (Lec/Lab)

3/1

 

CHEM 344Organic Chemistry II (Lec/Lab)

3/1

Senior Year

Fall
BIOL 445Biology Seminar I

1

Biology Elective 3 (BIOL 304, BIOL 308, or BIOL 312)

Spring
BIOL 430Genetics (Lec/Lab)

4/1

or

BIOL 442Evolution (Lec/Lab)

3/1

 

BIOL 446Biology Seminar II

1

Option 2

Freshman Year

Fall
BIOL 150Introduction to Biology I (Lec/Lab)

3/1

PHYS 143College Physics I (Lec/Lab)

4/1

Spring
BIOL 151Introduction to Biology II (Lec/Lab)

3/1

MATH 205Statistics

3

Sophomore Year

Fall
BIOL 201Biology Orientation

1

Biology Elective 1 (BIOL 208, BIOL 304, or BIOL 308)

CHEM 343Organic Chemistry I (Lec/Lab)

3/1

Spring
CHEM 344Organic Chemistry II (Lec/Lab)

3/1

MATH 205Statistics

3

Junior Year

Fall
BIOL 305Cell Biology (Lec/Lab)

4/1

PHYS 143College Physics I (Lec/Lab)

4/1

Spring
BIOL 430Genetics (Lec/Lab)

4/1

or

BIOL 442Evolution (Lec/Lab)

3/1

 

Biology Elective 2 (BIOL 216, BIOL 306, BIOL 310, BIOL 412, or BIOL 435)

Senior Year

Fall
Biology Elective 3 (BIOL 304, BIOL 308, or BIOL 312)

BIOL 445Biology Seminar I

1

Spring
BIOL 430Genetics (Lec/Lab)

4/1

or

BIOL 442Evolution (Lec/Lab)

3/1

 

BIOL 446Biology Seminar II

1

Outcomes

Upon completion of the biology major, the student will be able to:

  1. Explain and apply the vocabulary, fundamental principles, and theories of the major areas of biology (cell and molecular biology, genetics, organismal biology, ecology and evolution)
  2. Choose and safely use appropriate laboratory and field techniques and equipment
  3. Design and recognize an effective scientific study and demonstrate understanding of the process by which scientific concepts are evaluated, modified, and become accepted
  4. Identify relevant sources of information and evaluate their credibility
  5. Evaluate the quality of evidence supporting a hypothesis or theory and critically analyze, integrate, and draw conclusions from multiple lines of evidence
  6. Communicate precisely and analytically in scientific written and oral formats
  7. Make intellectual connections between biology and other disciplines and apply an interdisciplinary and ethical approach to challenges facing individuals, communities, and societies