B.A. in Chemistry with Biochemistry Concentration

4 Years On Campus Bachelors Program

University of Arkansas

Program Overview

The University of Arkansas B.A. in Chemistry with a Biochemistry Concentration is a 120-credit programme that combines a broad chemistry foundation with biochemistry, biological sciences, physics, mathematics and laboratory training, making it suitable for students interested in molecular science, research, health-related fields and further postgraduate study. Students progress from foundational chemistry and mathematics into organic and analytical chemistry before developing specialised knowledge through Elements of Biochemistry, Biochemical Techniques, Instrumental Analysis and biological-science electives.

Curriculum Structure

First Year: Students establish their scientific foundation through CHEM 12073 Chemistry for Majors I and CHEM 12071 Chemistry for Majors I Laboratory, followed by CHEM 12283 Chemistry for Majors II and CHEM 12281 Chemistry for Majors II Laboratory. Alongside chemistry, students complete Precalculus Mathematics, Calculus I, introductory world-language study and general education courses, giving them the quantitative and scientific preparation needed for advanced chemistry and biochemistry.

Second Year: Students move into more specialised chemical study with CHEM 37073 Organic Chemistry I Lecture for Chemistry Majors, CHEM 37072 Organic Chemistry I Lab for Chemistry Majors, and CHEM 37203 Organic Chemistry II Lecture for Chemistry Majors with its laboratory component. The year also introduces CHEM 22673 Analytical Chemistry Lecture and CHEM 22671 Analytical Chemistry Laboratory, while biological-science coursework begins connecting chemistry with living systems.

Third Year: The third year broadens the programme beyond chemistry through College Physics I and II with laboratory components, alongside biological-science courses, including at least one course at the 30000 level or higher. This combination gives students experience applying scientific principles across chemistry, physics and biology while leaving room for electives that can be tailored to their academic interests.

Fourth Year: Students reach the core of the concentration through CHEM 38103 Elements of Biochemistry, CHEM 48503 Biochemical Techniques, and CHEM 42203 Instrumental Analysis with CHEM 42101 Instrumental Analysis Laboratory. They also complete Elements of Physical Chemistry and Physical Chemistry Laboratory, giving them advanced preparation in biochemical methods, analytical instrumentation and the physical principles behind chemical and biological systems.

Focus Areas

Chemistry, biochemistry, organic chemistry, analytical chemistry, physical chemistry, biochemical techniques, instrumental analysis, biological sciences, molecular science, laboratory science, physics and quantitative science.

Learning Outcomes

Students develop knowledge of chemical and biochemical principles, laboratory and analytical techniques, scientific problem-solving, quantitative reasoning and the ability to apply chemistry across biological and physical-science contexts through advanced chemistry, biochemistry, biological-science and laboratory coursework.

Professional Alignment (Accreditation)

The B.A. in Chemistry with Biochemistry Concentration is not stated by the university as an ACS-certified degree programme. The University of Arkansas specifically states that the programme meets the minimum requirements for American Chemical Society certification if CHEM 38103 (or an approved alternative) is included, so students should distinguish this pathway from a separately accredited programme.

Reputation (Employability)

The University of Arkansas provides an official Graduate Career Outcomes Report through its Office of Career Connections, with the 2024–25 report identified as the most recent report. The university's Chemistry and Biochemistry career resource specifically lists Analytical Chemist and Biochemist among related careers; the available official programme information does not provide a separate QS or Guardian employability ranking for this specific B.A. concentration.

Experiential Learning (Research, Projects, Internships etc.)

The programme provides substantial practical exposure through required chemistry laboratories and advanced courses such as Biochemical Techniques and Instrumental Analysis Laboratory. Students can also participate in faculty-led research, including research conducted as part of the curriculum, while the Department of Chemistry and Biochemistry encourages undergraduate participation in its research facilities.

Students can develop hands-on experience through:

Biochemical Techniques: CHEM 48503 Biochemical Techniques gives students dedicated practical preparation in biochemical methods during the final year.
Instrumental analysis: CHEM 42203 Instrumental Analysis and CHEM 42101 Instrumental Analysis Laboratory provide advanced analytical laboratory experience.
Undergraduate research: Students may undertake independent research through CHEM 4000V Chemistry Research; the department encourages students to conduct research in faculty laboratories after completing Organic Chemistry II.
Senior thesis option: Students can satisfy the Biochemical Techniques/research requirement through a senior thesis based on independent research, taking at least one credit hour of Chemistry Research in three different semesters.
NMR Facility: The department's NMR facility includes 700 MHz, 500 MHz, 400 MHz and 300 MHz Bruker spectrometers, plus an electron spin resonance spectrometer.
Statewide Mass Spectrometry Facility: Students and researchers have access to instruments including Shimadzu ESI/LC/MS, triple-quadrupole ESI/UPLC/MS, GC/MS and MALDI-TOF systems.
X-ray diffraction: The X-ray Diffraction Facility includes a Rigaku XtaLAB Synergy-S single-crystal diffractometer and a Rigaku MiniFlex II powder X-ray diffractometer.
Protein research facilities: The university's Center for Protein Structure and Function includes NMR, X-ray crystallography and protein laboratories, with equipment for protein purification, peptide synthesis and structural analysis.
High-performance computing: The department has access to the Arkansas High Performance Computing Center, which provides large-scale computing resources for scientific teaching and research.
Research programmes: The department has hosted undergraduate research experiences covering areas such as biochemistry and protein dynamics, analytical chemistry and sensor technology, inorganic chemistry and nanotechnology, and organic and physical/theoretical chemistry.
Industry-supported laboratory equipment: The department has worked with Shimadzu Corporation to equip undergraduate chemistry and biochemistry laboratories with advanced analytical instrumentation.

Progression & Future Opportunities

The B.A. in Chemistry with Biochemistry Concentration provides a broad scientific foundation that can support employment in chemistry and biochemistry-related fields as well as continued study in graduate and professional programmes. Its combination of organic chemistry, analytical chemistry, biochemistry, biological sciences, physical chemistry and laboratory training can be particularly useful for students planning research-oriented or further-study pathways.

Typical career directions include Analytical Chemist, Biochemist, Laboratory Scientist, Research Scientist. The university's Chemistry and Biochemistry career resource specifically identifies Analytical Chemist and Biochemist as related career areas.

Students can strengthen their progression through:

Career support: The University's Offices of Career Connections works with students on the transition into the workplace and provides access to employers, alumni and career-development tools.
First-destination reporting: UARK's Office of Career Connections collects graduate outcomes through its First Destination Survey and publishes annual career-outcomes reports; the 2024–25 report is currently identified as the most recent report.
Employer connections: The university provides employer resources and maintains a major database of companies by academic major; its chemistry listing includes more than 45,000 U.S. companies in the external employer database. This is an employer-resource figure, not a claim about actual UARK graduate placements.
Cooperative education: Fulbright College students who meet the university's requirements can participate in the Cooperative Education Program, alternating academic study with paid work assignments related to their field.
Industry collaboration: Shimadzu Corporation has supported the department's undergraduate laboratory infrastructure through provision of analytical equipment, including FTIR-ATR instrumentation and other laboratory upgrades.
Research partnerships and infrastructure: The department's research ecosystem includes the COBRE Center for Protein Structure and Function, Statewide Mass Spectrometry Facility, NMR Facility and X-ray Diffraction Facility, providing a strong environment for students interested in scientific research.
Professional certification: Including CHEM 38103 Elements of Biochemistry allows the B.A. programme to meet the university's stated minimum requirements for ACS certification.
Research-to-career preparation: Undergraduate research can involve faculty laboratories and advanced instrumentation, while the university's 2026 Beckman Scholars award is providing more than $150,000 to support undergraduate research in biology, chemistry, biochemistry and related areas.
Salary figures: The official UARK sources located for this programme provide career-outcomes reporting but do not provide a programme-specific salary figure for B.A. Chemistry with Biochemistry Concentration. Therefore, a programme-specific salary should be recorded as NA rather than substituted with an unrelated national or university-wide figure.

Further Academic Progression: Graduates can continue into postgraduate study in chemistry, biochemistry and related biological or chemical sciences, particularly if they use the research and advanced laboratory opportunities available through the department. The programme can also provide a foundation for students pursuing further professional education in science and health-related fields, with the exact prerequisite requirements depending on the postgraduate programme.