Bachelor of Arts in Biology

4 Years On Campus Masters Program

Duke University

Program Overview

Duke University’s four-year, on-campus Bachelor of Arts in Biology is a liberal-arts-focused program that builds a strong foundation in biology, mathematics, and chemistry while allowing students to explore advanced areas of biology that match their interests. It is particularly suited to students interested in biology alongside careers in areas such as law, policy, secondary education, healthcare, or other fields requiring strong scientific and analytical skills.

Curriculum Structure

Year 1: Students begin developing their biological foundation through the gateway courses BIOLOGY 201L Molecular Biology and BIOLOGY 202L Genetics & Evolution, which introduce molecular biology, genetics, and evolutionary principles. For the A.B., students also complete the required chemistry and mathematics preparation, such as CHM 101DL Core Concepts in Chemistry and approved mathematics or statistics coursework.

Year 2: Students broaden their understanding across the discipline by selecting courses from Duke Biology’s three core areas: Organismal Diversity, Structure & Function, and Ecology. Options can include BIOLOGY 212L General Microbiology, BIOLOGY 220 Cell Biology: Know What You Are Made Of, and other 200-level courses that introduce different biological systems and processes.

Year 3: Students move into more specialized upper-level study and build practical research skills through advanced biology courses and laboratory experiences. Depending on their interests, coursework may include areas such as genetics, genomics, ecology, evolution, cell biology, or BIOLOGY 320 Molecular Genetics and Genomics, while independent study can provide an opportunity to work directly with biological research.

Year 4: The final year emphasizes synthesis and advanced exploration through electives and at least one 400-level or higher Biology Capstone course. Students use this advanced study to connect concepts across biology, develop critical and analytical thinking, communicate scientific ideas, and engage with scholarship at a graduate level.

Focus Areas: Molecular biology, genetics and evolution, organismal diversity, biological structure and function, ecology, cell biology, genomics, neuroscience, developmental biology, and other advanced areas of biological science.

Learning Outcomes: Think like a biologist, understand the breadth of biological disciplines, use modern biological research tools and methods, synthesize biological concepts, develop critical-thinking and hypothesis-testing skills, and communicate scientific findings effectively in written and oral formats.

Professional Alignment (Accreditation): Duke University is institutionally accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) to award baccalaureate, master's, doctoral, and professional degrees; the university does not identify a separate professional accreditation specifically for the B.A. in Biology.

Reputation (Employability & Academic Standing): Biology is one of Duke’s five most popular undergraduate majors, ranking third among all undergraduate majors in Fall 2025, while the Biology Department reports that approximately 75% of its undergraduates conduct independent research. Duke Biology also reports that about 40% of Biology majors proceed to medical school and about 30% enter biological graduate programs, with other graduates moving into teaching, law, business, and other fields.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Arts in Biology at Duke gives students opportunities to move beyond classroom learning into laboratory, field, and independent research. Biology majors are expected to develop skills using modern biological research tools and methods through laboratory-based courses, while Duke reports that 75% of Biology undergraduates conduct independent research. Students can work with faculty across Biology, the Medical School, Pratt School of Engineering, and Nicholas School for the Environment, giving them access to a wide range of biological and biomedical research environments.

Hands-on opportunities and facilities include:

Independent Research: Students can undertake laboratory, field, or theoretical research for academic credit through independent study, with eligible senior research potentially forming the basis of an honors thesis and graduation with distinction.
Research Laboratories: Duke Biology provides access to numerous faculty-led research labs covering areas such as cell and molecular biology, developmental biology, genetics, genomics, ecology, evolution, and organismal biology.
Modern Research Methods: The undergraduate curriculum includes two laboratory-based gateway courses and at least two advanced laboratory courses, with students developing practical skills in contemporary biological research methods.
Research Mentorship: Students can identify research mentors through MUSER (Matching Undergraduates to Science and Engineering Research), JobX, and Duke faculty research listings, including mentors in the Medical Center and other Duke departments.
Research Greenhouses: Duke's 15,000-square-foot Research Greenhouses provide computer-controlled, continuously monitored climate conditions for biological research, alongside the Phytotron's specialized plant-growth instrumentation. Students can also participate in professional-development field trips and special projects through greenhouse employment opportunities.
Phytotron: The Duke Phytotron contains 67 growth chambers and six enclosed climate-controlled glasshouses, providing controlled environments for botanical and other biological research.
Field Station: Students involved in field-oriented research can benefit from Duke's Field Station, which provides outdoor research space for large-scale experiments under natural conditions, with water, electricity, and project storage available.
Duke Marine Lab: Biology courses include hands-on opportunities at the Duke Marine Lab, including laboratory and field-based courses such as Biology and Conservation of Sea Turtles.
Field Ecology: BIOLOGY 361LS – Field Ecology gives students experience with hypothesis development, field observations, experimental design, field-data analysis, and interpretation, together with weekly field labs and a weekend field trip.
Teaching Internship: BIOLOGY 150 – Teaching Internship in Biology allows students to assist with demonstrations, facilitate group work, develop curricular materials, and provide feedback under faculty supervision.
Summer Research: Students can pursue summer research opportunities at Duke and elsewhere, including research programs and fellowships that can provide immersive research experiences and, in some cases, stipends.
Scientific Communication: Biology students have opportunities to present research findings through poster symposia and seminar courses, while writing-intensive and thesis-preparation courses develop scientific writing and communication skills.
Analytical Facilities: Biology researchers have access to resources including the Duke Environmental Stable Isotope Laboratory, Light Microscopy Core Facility, Shared Materials Instrumentation Facility, and electron-microscopy support.
Duke Library & Research Resources: The Department of Biology lists Duke Library among its research resources, alongside the Duke Herbarium, Duke Forest, Duke Lemur Center, Botany Plot, and other biological research facilities.

Progression & Future Opportunities

A BA in Biology from Duke University gives students a flexible foundation for careers in biological research, healthcare, education, business, law, and biotechnology. Duke reports that about 40% of Biology majors go on to medical school and about 30% enter biological graduate programs, while others move into areas such as teaching, business, law, and public service.

Typical Job Roles: Research Assistant, Biological Researcher, Science Educator, Biotechnology Professional.

Career Support & Employment Preparation:

Duke Career Center: Provides career resources for finding jobs, internships, and volunteer opportunities, with Career Hub and Handshake resources available to undergraduate students and eligible alumni.
Research Opportunities: Students can access MUSER, JobX, faculty laboratories, paid and work-study research positions, and independent-study opportunities.
Undergraduate Research Support: Duke supports summer research programs, grants, assistantships, and research experiences at Duke and other institutions.
Career Preparation: Biology students can gain practical experience through laboratory and field research, independent study, internships, and teaching opportunities.

Employment Statistics & Salary:

Biology Career Outcomes: About 40% of Duke Biology majors continue to medical school and about 30% enter biological graduate programs; Duke also reports graduates moving into teaching, law, business, and other fields.
Medical School Acceptance: Duke states that its Biology graduates have a medical-school acceptance rate twice the national average.
Salary Figures: Duke's official Biology and Career Center sources reviewed do not state a specific salary range or median salary for BA Biology graduates; therefore, no salary figure is provided.

University–Industry & Research Connections: Duke Medical Center provides Biology students with opportunities to conduct research under faculty in medical-center departments, while Duke's Biology Department also notes opportunities involving biomedical companies and biotechnology-related work.

Long-Term Accreditation Value: Institutional accreditation: Duke University is institutionally accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC), supporting the academic standing and recognition of its degrees. The official Biology sources do not identify a separate professional accreditation specifically for the BA in Biology.

Graduation Outcomes: Further study: Duke Biology graduates commonly progress to medical school and biological graduate programs, while others pursue careers in research, education, business, law, biotechnology, science communication, and policy.

Further Academic Progression: After completing the BA in Biology, students can continue into medical school, biological sciences graduate programs, and other health-related or professional programs. Duke also provides opportunities to develop research credentials through independent study and an honors thesis, with eligible students able to pursue Graduation with Distinction based on their research.