The CSUF Department of Biological Science is dedicated to educating the individual student using active-learning, inquiry-based educational approaches throughout its curriculum. The curriculum for biology majors provides a broad exposure to key biological principles through the core and depth of knowledge within the student's chosen emphasis. Many opportunities for faculty-mentored student research exist. Our focus is on guiding students to acquire the skills, develop the attitudes, and master the information necessary to continue their education, obtain desirable employment in biology-related areas, and be productive citizens.
What can students expect to gain from their experience in the biology major?
Every undergraduate major is assigned a Biology faculty adviser to meet with before registration each semester. We have designed our mandatory advising program to help you efficiently utilize your time at CSUF. If you ever need assistance, please stop in the Department Office McCarthy Hall Room 282 to ask for help. We look forward to meeting you and working with you.
This site is intended as a reference as you work toward completion of your degree. The Undergraduate Advising Handbook for Biological Science Majors(pdf) is a great place for students to find information about the degree as well as programs (e.g. Health Professions) that may be of interest. Information on the University General Education Program is here.
The Major
The major in biological science is designed for students who wish to enter graduate or health professional schools, enter the teacher credential program, teach, or seek careers in business, industry or government. Students take a series of core courses augmented by upper-division electives. The electives are selected from areas of special interest and faculty expertise such as molecular and microbial biology, cell and developmental biology, immunology, animal and plant physiology, evolutionary biology, and desert and marine ecology.
Instructional and research activities within the Department are supported by several on- and off-campus facilities and institutions. Facilities located within McCarthy Hall and the Science Laboratory Center include computer labs, aquarium rooms, constant temperature rooms, animal rooms, photographic darkrooms, plant and animal reference collections, and scanning and transmission electron microscopes. Located on campus are greenhouse facilities and the 26-acre Fullerton Arboretum. Students also have access to off-campus facilities including the Field Station of the Desert Studies Consortium in the Mojave Desert, the Tucker Wildlife Sanctuary in the Laguna Mountains, and the 85-foot oceanographic vessel, Yellowfin, of the Southern California Marine Institute, moored at Terminal Island.
Student Associations
Students can become involved in Departmental activities through association with the Biology Club, Rainforest Action Group, Health Professions Club, Minority Biomedical Research Support Program, and the Institute for Molecular Biology and Nutrition.
BACHELOR OF SCIENCE DEGREE IN BIOLOGICAL SCIENCE (120 units)
The curriculum uses themes and perspectives to connect and integrate major concepts, principles and basic facts. Three Themes run throughout the curriculum: Evolution (inherited changes in organisms accumulate over time), Unity and Diversity (organisms possess common characteristics while exhibiting a wide range of variability), and Dynamics of Biological Systems (living systems continually respond to their external and internal environments by making changes necessary to sustain life).
Each theme will be presented from two Perspectives: Human Impact (the interactions between humans and the biological world) and Scientific Process (the testing of new ideas, questions or hypotheses through observation and experimentation).
Core Courses required of all Biological Science Majors (20 units)
The two-year Core provides a solid basis for understanding the principles that underlie the many distinct disciplines of biology, and focuses instructional attention on individuals working as part of small teams. These teams work together in the laboratory and field to discover information about the biological world.
| Course |
Title (Units) |
Prerequisites/(Corequisites) |
| BIOL 171 |
Biodiversity and Evolution (5) |
none |
| BIOL 172 |
Cell Basis of Life (5) |
BIOL 171 |
| BIOL 273 |
Genetics and Molecular Biology (5) |
BIOL 172; corequisite Chem 120A |
| BIOL 274 |
Principles of Physiology and Ecolody (5) |
Biol 273 |
Supporting Courses required of all Biological Science Majors (29 -30 units)
| Course |
Title (Units) |
Prerequisites |
| MATH 130 MATH 150A MATH 337 |
Short Course in Calculus (4) OR Analytical Geometry & Calculus (4) OR Intro. to Experimental Design & Statistics in the Lab Sciences (3) |
Passing score on MQE Passing score on MQE Passing score on the ELM or exemption; completion of one of the following courses: Biol 241, Biol 261, Chem 120, or Phys 211, Phys 225 |
| CHEM 120A |
General Chemistry (5) |
High School Chem & Algebra or CHEM 115 |
| CHEM 120B |
General Chemistry (5) |
CHEM 120A |
| CHEM 301A |
Organic Chemistry (3) |
CHEM 120B |
| CHEM 301B |
Organic Chemistry (3) |
CHEM 301A |
| CHEM 302 |
Organic Chemistry Lab (3) |
CHEM 301A; CHEM 301B-coreq |
| PHYS 211 |
Elementary Physics (3) |
MATH 130, 150A, OR 337 |
| PHYS 211L |
Elementary Physics Lab (1) |
PHYS 211L -coreq |
| PHYS 212 |
Elementary Physics (3) |
PHYS 211; PHYS 212L-coreq |
| PHYS 212L |
Elementary Physics Lab (1) |
PHYS 212 - coreq |
OTHER UNITS REQUIRED FOR THE DEGREE IN BIOLOGICAL SCIENCE (67-68)
| BIOLOGICAL SCIENCE ELECTIVE COURSES |
23 |
| GENERAL EDUCATION COURSES Certain required courses in core and supporting courses count for 12 additional units in category IIIA |
39 |
| UPPER DIVISION WRITING REQUIREMENT ENGL 301 Advanced College Writing OR ENGL 360 Scientific and Technical Research Writing |
3 |
| FREE ELECTIVES |
5 - 6 |
As of Fall 2004, all undergraduate biology majors are required to declare an Upper-division Concentrations as they complete the Core Curriculum.
Upper-division Concentrations
A concentration focuses students on a specific field of study within biology. Each includes 23-26 units of classroom study and laboratory- or field-based activities at the 300- and 400-level. To fulfill the University's upper-division writing requirement, students may take: (1) two designated 400-level biology elective courses (this option allows the use of 3 additional units in the area of concentration for a total of 26 units) or (2) a designated English or Chemistry course (this option uses 3 units so that the concentration units total 23). A capstone course culminates each concentration (and is part of the 23-26 units). Biology majors will graduate with a bachelor of science degree in biology with a concentration in one of four emphases. Specific information on each concentration is available in the Undergraduate Advising Handbook for Biological Science Majors(pdf). The four areas of concentration are:
1) Biodiversity, Ecology, and Conservation Biology: The study of all biological organisms (ranging from the level of the individual to the ecosystem), their responses to the environment on evolutionary and ecological time scales, and their conservation. To see the faculty doing research in this area click here.
2) Cellular and Developmental Biology: The study of the structural and functional dynamics of cells, including topics such as compartmentalization and secretion, cell motility, and cell-cell interactions as they apply to the the specialized fields of immunology, microbiology, neurobiology, physiology, and developmental biology. To see the faculty doing research in this area click here.
3) Marine Biology: The study of marine organisms and their coastal and oceanic habitats, including classification, structure/function, ecology and physiology of these organisms, and conservation, environmental and evolutionary issues related to these organisms and their habitats. To see the faculty doing research in this area click here.
4) Molecular Biology and Biotechnology: The study of genetics, molecular biology, and biotechnology and their applications to medicine, agriculture and the environment (e.g., cancer, infectious diseases, gene therapy, crop improvement, and bioremediation). To see faculty doing research in this area click here.
GETTING STARTED
The average California State University Fullerton student:
Consult the formula below when preparing your academic plan. This plan is based on the need to study on your own daily for 3 hours per unit.
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