BA in Cell Biology and Neuroscience (CBN)

4 Years On Campus Bachelors Program

Rutgers University Newark

Program Overview

The B.A. in Cell Biology and Neuroscience (CBN) at Rutgers University provides a broad foundation in modern cell biology and neuroscience, combining core science coursework with advanced study of cellular processes, nervous-system function, genetics, physiology, and molecular biology. It suits students interested in biomedical research, health professions, or other biology-related careers, with both general and honors curriculum options and opportunities for independent research.

Curriculum Structure

Year 1: Students establish the scientific foundation required for the major through General Biology I and II, General Chemistry, Introduction to Experimentation, mathematics, and the Rutgers core curriculum. The introductory science sequence develops the biological, chemical, quantitative, and experimental skills needed for later CBN coursework.

Year 2: Students move into the discipline-specific foundations of CBN with courses such as Fundamentals of Neurobiology and Fundamentals of Cell and Developmental Biology, alongside Organic Chemistry and other required science courses. Fundamentals of Neurobiology introduces nerve-cell signaling, sensory and motor systems, neural circuitry, and higher brain functions, while cell biology focuses on cellular structure, function, and macromolecular organization.

Year 3: The curriculum becomes increasingly advanced and research-oriented through subjects such as Genetics, Introduction to Biochemistry and Molecular Biology, Systems Physiology, and Research in Cell Biology and Neuroscience. Students can also explore areas such as Human Histology, Immunology, Developmental Biology, or Protein Dynamics in Cell Biology, depending on their selected coursework.

Year 4: Students deepen their specialization through upper-level courses such as Clinical Neurobiology, Synapses, Neurons and Circuits, Neurobiology of Pain and Addiction, Genetic Regulation in Cell Biology, and Protein Dynamics in Cell Biology. Research-focused students can complete Honors Research or a Research Thesis in Cell Biology and Neuroscience I and II, providing a substantial opportunity to apply their knowledge to scientific investigation.

Focus areas: Cell biology, neuroscience, neurobiology, developmental biology, genetics, molecular biology, biochemistry, physiology, immunology, and biomedical research.

Learning outcomes: Develop strong factual and conceptual knowledge in cell biology and neuroscience, apply scientific reasoning, analyze biological information, conduct research, and build a foundation for advanced training and professional careers in biology and health-related fields.

Professional alignment (accreditation): Rutgers University is institutionally accredited by the Middle States Commission on Higher Education (MSCHE); Rutgers states that this accreditation supports ongoing academic quality and provides confidence in the value of a Rutgers education for students and employers. No separate professional accreditation specific to the CBN bachelor's program is stated on the official Rutgers accreditation information.

Reputation (employability rankings): Rutgers describes itself as one of the nation's largest, highest-ranked universities and highlights its research environment and career-oriented opportunities, but a current official Rutgers source does not state a specific QS or Guardian employability ranking for the CBN program.

Experiential Learning (Research, Projects, Internships etc.)

The BA in Cell Biology and Neuroscience at Rutgers University–Newark gives students practical exposure to modern biological research through laboratory courses, independent research, and faculty-led projects. Students can develop hands-on skills in cell biology, neuroscience, immunology, physiology, and molecular research while working within Rutgers’ wider life-sciences research environment. The program specifically includes opportunities for students to undertake wet-lab or molecular-modeling research for academic credit, giving the degree a strong research-oriented component.

Students can build this practical experience through the following program-specific opportunities:

Laboratory coursework: CBN students can satisfy the laboratory requirement through courses such as Advanced Cell Biology Lab, Lab Immunology, Intro Light Microscopy, System Physiology Lab, Human Histology, and Human Parasitology Lab.
Independent research: Students can take Independent Study in Cell Biology and Neuroscience or Research in CBN for 1–3 credits, working under a faculty research sponsor. Research may involve wet-lab or molecular-modeling work, with students dedicating approximately 4–5 hours per week for each research credit.
Advanced research and thesis: The program offers Research Thesis in CBN I and advanced research courses, allowing students interested in scientific careers to undertake deeper faculty-supervised research. Honors students complete a substantial written thesis and defend it before a faculty committee.
Research laboratories: CBN faculty operate research laboratories across Neuroscience, Cell Biology and Biochemistry, and Organismal Behavior and Physiology, with research involving areas such as neurological disorders, spinal cord injury, stem cells, immunology, cancer pathogenesis, gene expression, and neuronal signaling.
Research models and techniques: Department research uses biological systems including humans, mice, zebrafish, fruit flies, nematodes, yeast, and bacteria, giving students exposure to a broad range of experimental approaches.
Molecular modeling and digital tools: CBN research-credit courses explicitly allow molecular modeling research, while students completing research courses use the university’s Canvas course site for research documentation and progress-report resources.
Life Sciences Center: Rutgers University–Newark's Life Sciences Center is part of a connected science complex that includes biological sciences, chemistry, earth and environmental sciences, and the Center for Molecular and Behavioral Neuroscience, providing an interdisciplinary environment for life-sciences learning and research.
Research laboratories: The CBN department maintains dedicated faculty lab sites, including the Abraira, Burger, Cai, Covey, Dai, Daniels, Hart, Jiang, Kwan, Margolis, and Tischfield Labs, providing opportunities to engage with active biological and neuroscience research.
Research communication: Students undertaking CBN research for credit prepare formal research progress reports, while Honors students develop and defend a research thesis, strengthening their experience in communicating scientific findings.

Progression & Future Opportunities

The BA in Cell Biology and Neuroscience gives students a strong foundation for careers across biological science, neuroscience, healthcare, pharmaceuticals, and research. Rutgers states that the major is designed to prepare students for graduate study, professional schools such as medicine and dentistry, and employment in industrial and pharmaceutical companies; bachelor’s-level opportunities can include advanced laboratory technician, medical laboratory, research assistant, and testing or inspection roles.

Career and Employment Opportunities:

Career services: Rutgers Career Exploration and Success provides access to employment and internship opportunities, including a dedicated Newark career platform where students can find internships, full-time positions, fellowships, graduate-school opportunities, and experiential-learning roles in healthcare, pharmaceuticals, and sciences.
Internship opportunities: Rutgers Newark currently lists life-science opportunities such as laboratory internships and associate-scientist internships, including roles involving laboratory research, scientific equipment, cell culture, pharmacology, toxicology, oncology screening, and other pharmaceutical research areas.
Typical career roles: Graduates can pursue laboratory technician, research assistant, biological science technician, and testing/inspection roles, while the university also identifies industrial and pharmaceutical employment as a potential pathway for CBN majors.
Employment and salary figures: Rutgers' official CBN career information confirms employment pathways but does not state a specific employment rate or salary figure for BA Cell Biology and Neuroscience graduates.
University–industry connections: Rutgers' career platform connects students with employers in healthcare, pharmaceuticals, and scientific industries; current postings include opportunities with organizations such as Eurofins Scientific, involving pharmaceutical drug-development research and laboratory technologies.
Research experience: CBN faculty conduct research in neuroscience, cell biology and biochemistry, organismal behavior, and physiology, with research areas including neurological disorders, spinal-cord injury, stem-cell biology, immunology, cancer pathogenesis, and gene expression. Faculty members offer training opportunities to undergraduate students.
Graduation outcomes: The program supports progression into life-science and health careers as well as advanced study. Rutgers specifically notes that many CBN graduates pursue advanced degrees, while others enter employment in related occupations.

Further Academic Progression: After completing the BA, students can continue into graduate study in cell biology, neuroscience, biological sciences, biomedical sciences, or related life-science disciplines. The degree also provides preparation for professional programs including medicine, dentistry, and other health-related fields, depending on the student's prerequisite coursework and chosen pathway.