BA in Chemistry - Chemical Biology

Students in the BA in Chemistry at Rutgers University–Newark develop practical laboratory skills throughout the degree, moving from foundational chemistry experiments to analytical, physical, inorganic, and materials chemistry techniques. The program includes dedicated laboratory courses where students learn experimental design, data analysis, laboratory documentation, and the operation of modern analytical instruments, while upper-level students can also undertake independent research with Rutgers chemistry faculty. The Newark campus provides access to research-focused facilities and instrumentation including NMR, mass spectrometry, IR/Raman, X-ray diffraction, electron microscopy, and photophysical characterization equipment.

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

• Laboratory coursework: Students complete General Chemistry Laboratories, Organic Chemistry Laboratory, Experimental Analytical Chemistry, Physical Chemistry Laboratory, and Inorganic and Materials Chemistry Laboratory, giving them progressively advanced experimental experience.
• Analytical instrumentation: Experimental Analytical Chemistry introduces students to high-performance liquid chromatography (HPLC), UV-visible spectroscopy, atomic absorption spectroscopy, gas chromatography/mass spectrometry (GC/MS), and electrochemical devices, alongside quantitative analysis and reproducibility.
• Advanced synthesis and characterization: Inorganic and Materials Chemistry Laboratory provides hands-on experience with organic, inorganic, and organometallic synthesis, including Schlenk lines and glove boxes, with characterization using IR, UV-Vis, NMR, GCMS, GPC, cyclic voltammetry, and single-crystal X-ray diffraction.
• Independent research: Qualified students can enroll in CHEM 451–452 Chemical Research and conduct independent research in a faculty laboratory, working with a research advisor and submitting a report on their research progress.
• Summer research: Rutgers-Newark chemistry students can pursue summer research opportunities, including NSF Research Experiences for Undergraduates (REU) programs, while the department also highlights the Minority Biomedical Research Program (MBRS) and Beckman Scholars Program as research opportunities.
• Research instrumentation: The Newark Chemistry Department operates an NMR Facility, Mass Spectrometry Facility, IR & Raman instrumentation, SEM Facility, X-Ray Laboratory, PolyRUN Facility, and photophysical characterization equipment.
• Specialized facilities: The Life Sciences Center I houses chemistry research facilities including NMR and mass spectrometry, while the Newark science complex provides modern chemistry teaching and research laboratories.
• Collaborative research environment: Rutgers-Newark's Life Sciences Center II includes chemistry and biology research laboratories, upper-level teaching laboratories, and a smart classroom designed to support active learning and student engagement.
• Chemical and pharmaceutical connections: The Newark NMR facility supports research groups from Rutgers and other academic institutions as well as chemical and pharmaceutical companies, providing students with exposure to instrumentation and research infrastructure used across these fields.

The BA in Chemistry – Chemical Biology prepares students for careers that connect chemistry with biological and biomedical applications, with graduates able to pursue opportunities in chemical, pharmaceutical, consumer-product, and biomedical industries. Rutgers–Newark also reports that chemistry graduates continue into medical, dental, pharmacy, and graduate science programs, giving students flexibility to build either an industry or advanced-study pathway.

Typical career roles: Graduates may pursue roles such as chemist, laboratory technician, research assistant, and pharmaceutical/biomedical laboratory professional.

Career development and progression opportunities include:

• Career services: Rutgers–Newark’s Office of Career Resources and Exploration provides job and internship resources, application-material support, interview preparation, employer information, and experiential opportunities. The Chemistry department also directs students to the Career Development Center for jobs and internships and provides resources for graduate, pharmacy, medical, dental, and veterinary pathways.
• Employment statistics: Rutgers–Newark conducts First Destination Surveys covering employment, continuing education, public service, and other outcomes within six months of graduation. The Class of 2025 had a 66% knowledge rate; the university states that results are aligned with NACE standards. Program-specific employment figures for the BA in Chemistry – Chemical Biology are not stated on the official sources reviewed.
• Salary information: Rutgers–Newark publishes reported starting-salary distributions through its graduate outcomes system, but a specific starting-salary figure for this Chemistry – Chemical Biology program is not stated on the official sources reviewed.
• University–industry connections: Rutgers Chemistry identifies the pharmaceutical, chemical, consumer-products, and biomedical industries as employment destinations for chemistry graduates. The department also notes that the greater New York metropolitan area is home to numerous chemical and pharmaceutical companies, providing a strong regional environment for industry engagement.
• Professional accreditation value: The Rutgers–Newark BA in Chemistry is certified by the American Chemical Society (ACS). Students seeking ACS certification must complete additional requirements including biochemistry, a graduate chemistry course, and at least six credits of research, providing an externally recognized professional benchmark for chemistry preparation.
• Graduation outcomes: Recent Rutgers Chemistry graduates have entered chemical and pharmaceutical industry positions, medical school, and graduate programs in chemistry or biochemistry. The department also identifies medical, dental, and pharmacy schools as established continuation pathways.

Further Academic Progression: After completing the BA, students can continue into Rutgers–Newark’s M.S. or Ph.D. in Chemistry, including research-based graduate study. Other pathways include graduate programs in chemistry or biochemistry and professional programs in medicine, dentistry, and pharmacy, depending on the student's prerequisites and career objectives.