B.S. in Chemistry with Biophysical Concentration

4 Years On Campus Bachelors Program

University of Arkansas

Program Overview

The B.S. in Chemistry with a Biophysical Concentration at the University of Arkansas combines rigorous chemistry with mathematics, physics and biological sciences, making it well suited to students interested in understanding chemical and biological systems at the molecular level. Students build a strong scientific foundation through courses such as University Chemistry, Calculus, Physics, Organic Chemistry, Physical Chemistry, Cell Biology and Biochemical Techniques, while also having opportunities to undertake independent chemistry research.

Curriculum Structure

First Year: Students establish their scientific foundation through University Chemistry I and University Chemistry I Laboratory, followed by University Chemistry II and University Chemistry II Laboratory. They also begin the mathematical and biological preparation required for the biophysical pathway with Calculus I and Principles of Biology and Principles of Biology Laboratory.

Second Year: The curriculum develops quantitative and analytical skills through University Physics I, University Physics II, Calculus II, and Analytical Chemistry Lecture and Laboratory. Students also study Cell Biology and Cell Biology Laboratory, strengthening their understanding of biological systems alongside their chemistry and physics training.

Third Year: Students move into advanced chemistry with Organic Chemistry I Lecture and Lab and Organic Chemistry II Lecture and Lab, while Physical Chemistry I and Physical Chemistry II with Physical Chemistry Laboratory develop a deeper understanding of the physical principles governing chemical systems.

Fourth Year: The final year connects chemistry with biological applications through Elements of Biochemistry, Biochemical Techniques, and Instrumental Analysis and Instrumental Analysis Laboratory. Students also complete Experimental Methods in Organic Chemistry and an advanced biology course, while the degree structure can incorporate research through Chemistry Research or a senior thesis.

Focus Areas

Biophysical chemistry, molecular and biological systems, analytical chemistry, physical chemistry, organic chemistry, biochemistry, cell biology, physics, quantitative science and scientific research.

Learning Outcomes

Students develop quantitative reasoning, laboratory skills, experimental design, analytical problem-solving and the ability to connect chemical principles with biological and physical systems. The curriculum also develops experience with advanced laboratory methods, scientific research and interdisciplinary approaches to chemistry and biophysics.

Professional Alignment (Accreditation)

The university states that the chemistry B.S. program meets the minimum requirements for American Chemical Society (ACS) certification when the specified advanced chemistry/research coursework is included. For the biophysical concentration, students can also complete Chemistry Research or a senior thesis as part of the program requirements.

Reputation (Employability)

The University of Arkansas reported that 94% of responding graduates in its 2025 First Destination Survey had a post-graduation outcome within six months, including employment, continued education or another reported outcome. The university's Chemistry and Biochemistry department also reports that almost half of its chemistry majors participate in research, providing a strong research-oriented component alongside classroom study.

Experiential Learning (Research, Projects, Internships etc.)

The biophysical concentration provides substantial hands-on experience through laboratory courses, independent research and access to specialized scientific facilities. Students can participate in faculty-led research after completing Organic Chemistry II, and the department reports that almost half of its chemistry majors participate in research; students can also apply for the NSF Research Experiences for Undergraduates summer program.

Students can build practical experience through the following opportunities and facilities:

Chemistry Research: Students may enroll in CHEM 400V/CHEM 400VH Chemistry Research and work with a faculty member on laboratory research. The biophysical degree requirements also allow a senior thesis based on independent research.
Biochemical Techniques: CHEM 48503 Biochemical Techniques provides advanced practical preparation relevant to biochemical and biophysical work.
Instrumental Analysis Laboratory: Students gain laboratory experience through CHEM 42203 Instrumental Analysis and CHEM 42101 Instrumental Analysis Laboratory.
NMR Facility: The department's Chemistry Research Building houses an NMR facility with multiple NMR spectrometers, a helium recovery system and an ESR spectrometer.
Mass Spectrometry: Students have access to the Statewide Mass Spectrometry Facility, which provides advanced mass-spectrometry resources and instrumentation.
X-ray Diffraction: The department's X-ray Diffraction Facility includes a Rigaku XtaLAB Synergy-S single-crystal diffractometer and a Rigaku MiniFlex II powder X-ray diffractometer.
Protein Research: The COBRE Center for Protein Structure and Function supports faculty research programs relevant to protein structure, dynamics and function.
Nano & Bio Materials Characterization: Students can access facilities containing transmission and scanning electron microscopes, X-ray powder diffraction, X-ray photoelectron spectroscopy, confocal fluorescence microscopy and confocal Raman microscopy.
Computational Research: The Arkansas High Performance Computing Center provides large-scale computing resources for scientific teaching and research, including approximately 13,000 compute cores.
NSF-REU: The department's summer research program includes experimental and theoretical projects involving advanced analytical techniques and molecular modeling. Participants also have research presentations, technical writing activities and field trips to industry and government laboratories.
Internships: Fulbright College students can receive elective credit through ARSC 3100V Fulbright College Elective Internship, while Career Connections provides assistance with finding internships and professional opportunities.
Career technology: Handshake connects University of Arkansas students with internships, jobs, employer events and career resources, while Career Connections offers career coaching and professional-development support.

Progression & Future Opportunities

The B.S. in Chemistry with a Biophysical Concentration can prepare graduates for laboratory, analytical, biotechnology, pharmaceutical and scientific research environments, while also providing a foundation for graduate or professional study. The university's Chemistry and Biochemistry career resources identify roles such as analytical chemist, biochemist, science technician, pharmaceutical research associate, FDA inspector and chemists/material scientists among related career paths.

Typical career directions include: Analytical Chemist, Biochemist, Pharmaceutical Research Associate, Science Technician, Chemist, Materials Scientist, FDA Inspector, Scientific Writer, Research Scientist, Laboratory Scientist.

Career & Employment Support

Career Connections: The University's Offices of Career Connections provide career advising, job and internship resources, employer events and access to Handshake, where students can search for internships and full-time opportunities.
Career development courses: Students can take ARSC 30103 Fulbright College Career Connections, which includes professional development, guest lectures, interactive group activities and development of an online portfolio.
Internship support: Students can receive guidance from Career Coaches and use ARSC 3100V Fulbright College Elective Internship to obtain academic credit for qualifying internships.
Graduate and professional preparation: The university provides resources for students considering graduate school, professional school and other postgraduate pathways. Chemistry students can also discuss research and graduate-school planning with faculty and advisors.
Employment outcomes: In the university's 2025 First Destination Survey, 94% of responding graduates reported a post-graduation outcome within six months; 71.7% were employed and 21.8% were continuing their education.
Program-level outcomes: A University of Arkansas chemistry assessment report using chemistry graduate data reported that, among respondents, approximately half continued their education and 40% were employed, with medical school being a primary continuation pathway.
Industry engagement: The University of Arkansas maintains an employer-partner system through Career Connections and provides routes for employers to recruit students for jobs, internships and co-ops. The university also supports research collaboration between businesses and U of A researchers and facilities.
Research-to-industry exposure: The chemistry department's NSF-REU program includes field trips to industry and government laboratories, giving participating students exposure to professional research environments.
Salary information: The University provides career-outcomes dashboards that can be filtered by academic program and include salary information. However, the official sources reviewed here do not provide a single current salary figure specifically for the B.S. Chemistry Biophysical Concentration, so no program-specific salary figure is stated.
ACS value: Where the specified coursework is completed, the chemistry B.S. can meet the minimum requirements for American Chemical Society certification, providing a professionally recognized chemistry credential framework.

Further Academic Progression: Graduates can continue into master's or doctoral study in chemistry, biochemistry, biophysics, materials science, molecular sciences and related disciplines. The program also provides relevant preparation for professional pathways that require strong foundations in chemistry, biology, physics and research, while the university specifically encourages research and postgraduate planning through faculty mentoring, honors research and graduate-school resources.