The bachelor of science in biological sciences trains students to think critically across all levels of biological complexity, from molecules to individuals to ecosystems.
» Bachelor of Science in Biological Sciences
+ - Areas of Study
Biology students complete core course work in biology and a range of additional sciences, and then choose to specialize in one of the following:
- Molecular Biology
- Anatomy and Physiology
- Ecology and Evolution
+ - Student Organizations
Students in the biological sciences are involved in a number of organizations that allow for the continued exploration of biology outside of the traditional classroom setting. These include:
+ - Where can this degree take you?
Alumni from this program have gone on to medical school, dental school and veterinary school. Others have pursued graduate degrees in diverse fields, including: public health, conservation biology and cancer biology. Graduates are also prepared for positions in government and industry.
A bachelor of science in biological sciences can also serve as a starting point to an accelerated graduate degree through a number of programs, including:
+ - Faculty
Biology faculty work on issues ranging from the molecular mechanisms of prostate cancer, the behavior of individual loons and intertidal invertebrates, and the effects of invasive plant species on ecosystem properties.
This work is supported by research grants from the National Science Foundation, the Department of Energy and the United States Department of Agriculture. Students routinely engage in these cutting-edge research projects.
Biological Sciences Faculty
+ - Research Opportunities
Opportunities for student/faculty research as well as internships with community partners add even more flexibility to this degree program and allow students to customize their Chapman experience.
Undergraduate Research Opportunities with Faculty
Cancer is everywhere. Dr. Marco Bisoffi, Associate Professor of Biochemistry and Molecular Biology, dedicates his time to studying cancer, specifically breast and prostate. Giving Chapman University students a special and rare opportunity at the undergraduate level, Bisoffi works side by side with students in the lab to generate data on this vital research endeavor.
Dr. Jennifer Funk discusses her research into how plants respond to climate change and how we can restore plant communities that have been invaded.
Dr. Jason Keller is an ecologist broadly interested in the flow of carbon and nutrients through ecosystems. Much of his work explores how ecosystems will respond to ongoing global change. His current research focuses on the controls of anaerobic decomposition and greenhouse gas dynamics in a variety of wetlands, ranging from northern peatlands to tidal marshes.
Dr. William Wright's current research examines questions about the chemical, and behavioral defenses of sea hares, ecology of spiny lobsters, territorial ecology of intertidal limpets, and non-lethal effects of global warming.
Dr. William Wright examines questions about the chemical, and behavioral defenses of sea hares, ecology of spiny lobsters, territorial ecology of intertidal limpets, and non-lethal effects of global warming.
Dr. Marco Bisoffi dedicates his time to studying cancer, specifically of the breast and prostate. Giving Chapman University students a special and rare opportunity at the undergraduate level, Bisoffi works side by side with students in the lab to generate data on this vital research endeavor.
Hashinger Science Center 106