Chemistry and Biochemistry (Standard Option), B.S.

4 Years On Campus Bachelors Program

University of Oklahoma

Program Overview

The Chemistry and Biochemistry (Standard Option), B.S. at the University of Oklahoma is the department’s most flexible undergraduate chemistry degree, giving students room to shape advanced coursework around interests such as research, additional majors or pre-professional requirements. The 120-credit program combines chemistry, biochemistry, mathematics and physics, building from general and organic chemistry into quantitative analysis, physical chemistry, instrumental analysis and biochemistry while allowing students to select some advanced chemistry coursework.

Curriculum structure

Year 1: Students begin by developing a strong foundation in chemistry and quantitative skills through CHEM 1315 General Chemistry or CHEM 1335 General Chemistry I: Signature Course, followed by CHEM 1415 General Chemistry (Continued) or its approved alternatives. Mathematics is developed alongside the chemistry sequence through MATH 1823 Calculus and Analytic Geometry I or MATH 1914 Differential and Integral Calculus I, while English composition and general education courses broaden the first-year academic foundation.

Year 2: The focus moves into molecular structure and measurement with CHEM 3064 Organic Chemistry I, CHEM 3164 Organic Chemistry II and CHEM 3005 Quantitative Analysis. Students also complete physics through PHYS 2514 General Physics for Engineering and Science Majors or the life-science-oriented physics sequence, giving them the mathematical and physical-science background needed for more advanced chemistry.

Year 3: Students deepen their understanding of chemical systems through CHEM 3423 Physical Chemistry I, CHEM 3523 Physical Chemistry II, and their associated CHEM 3421 and CHEM 3521 Physical Chemistry Laboratory courses. They also learn modern analytical techniques through CHEM 4023 Instrumental Methods of Chemical Analysis and CHEM 4033 Instrumental Methods of Chemical Analysis Laboratory, connecting theoretical chemistry with laboratory-based measurement and analysis.

Year 4: The final year brings chemistry and biochemistry together through CHEM 3653 Introduction to Biochemistry, while students can use the flexible structure to select advanced coursework such as CHEM 4333 Advanced Inorganic Chemistry-Periodic System, CHEM 4753 Principles of Biochemistry I, CHEM 3753 Introduction to Biochemical Methods or CHEM 4970 Special Topics/Seminar. Remaining credits can be used for upper-division electives, allowing students to tailor the degree toward their academic or professional interests.

Focus areas

Organic chemistry, physical chemistry, analytical chemistry, biochemistry, inorganic chemistry, quantitative analysis, chemical instrumentation, biochemical methods

Learning outcomes

Students develop a broad understanding of chemical and biochemical principles, quantitative and analytical problem-solving skills, laboratory experience, scientific reasoning, and the ability to apply chemistry across interdisciplinary academic and professional interests. The program’s laboratory courses and advanced coursework also prepare students for research, employment in scientific settings and further education.

Professional alignment (accreditation)

The University of Oklahoma states that its Chemistry (Professional), B.S. is certified by the American Chemical Society; the university does not state that the Chemistry and Biochemistry (Standard Option), B.S. itself carries ACS certification. Therefore, ACS certification should not be presented as an accreditation of the Standard Option.

Reputation (employability rankings)

The official OU sources reviewed do not provide a program-specific QS or Guardian employability ranking or a current program-specific employment rate for the Chemistry and Biochemistry (Standard Option) B.S. OU does state that its undergraduate chemistry and biochemistry coursework provides laboratory experience and preparation for employment in chemical industry or research laboratories, while its department describes career possibilities ranging from laboratory work and medical-related fields to business and industry.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Chemistry and Biochemistry department gain practical experience through laboratory-based coursework, advanced analytical techniques and opportunities to join faculty research laboratories. The department is housed in the 160,000-square-foot Stephenson Life Sciences Research Center, which includes major research support facilities such as nuclear magnetic resonance, mass spectrometry, chemical crystallography and protein-production resources, giving students access to an active research environment spanning chemistry, biochemistry and structural biology.

The program’s flexible structure also makes it possible for students to complement their formal coursework with independent research, undergraduate research programs and advanced capstone experiences:

Laboratory-based learning: Students complete dedicated laboratories in physical chemistry and instrumental analysis, including CHEM 3421 Physical Chemistry Laboratory, CHEM 3521 Physical Chemistry Laboratory and CHEM 4033 Instrumental Methods of Chemical Analysis Laboratory.
Independent research: Students can conduct faculty-supervised research for academic credit through CHEM 3990 or CHEM 4990. The department notes that students performing research can typically spend substantial time working in the laboratory for each hour of research credit.
First-year research: OU’s First-Year Research Experience (FYRE) allows selected Honors College students to participate in active laboratory research for approximately 8–10 hours per week, culminating in a poster presentation and awards ceremony.
Senior research thesis: CHEM 4913 Senior Thesis is a research-based capstone and typically requires three semesters of research before enrollment, making it particularly relevant for students considering graduate study in chemistry or biochemistry.
Advanced capstone experiences: The department offers capstone options involving advanced techniques in biochemistry, nanotechnology, proteomics and medicinal chemistry, alongside research-thesis options.
Mass spectrometry and proteomics: The Mass Spectrometry, Proteomics & Metabolomics Core provides access to multiple mass spectrometers and UHPLC systems, including an Agilent Q-TOF mass spectrometer and advanced metabolomics software.
Chemical crystallography: The Chemical Crystallography Laboratory uses a Bruker Quest diffractometer, with Bruker APEX and SHELX software used for crystallographic analysis.
Structural biology research: Through the Oklahoma COBRE in Structural Biology, students can receive hands-on training in crystallization of biological macromolecules and structure determination using X-ray crystallography.
Research centers: Departmental research includes the Center for Antibiotic Discovery and Resistance, Institute for Natural Products and Research Technologies (INPART), Oklahoma Center of Biomedical Research Excellence in Structural Biology (COBRE) and Stephenson Life Sciences Research Center.
Undergraduate research funding and presentations: OU students can access research support through UReCA, including financial support, mentorship and presentation opportunities; Chemistry and Biochemistry students may also participate in research programs that lead to posters, conference presentations and publications.
Research support infrastructure: Department facilities include NMR/EPR, mass spectrometry, protein production, chemical crystallography, biomolecular structure, electronics/machine-shop and glassblowing resources.

Progression & Future Opportunities

The Chemistry and Biochemistry (Standard Option) B.S. gives graduates a broad scientific foundation that can be used for laboratory and research employment, interdisciplinary scientific work or further education. Its flexible advanced-course structure is particularly useful for students combining chemistry with another academic interest or preparing for pre-professional requirements, while OU also encourages undergraduate research as preparation for employment and graduate study.

Typical career directions include Laboratory Researcher, Analytical Chemist, Biochemistry Researcher and Chemical Laboratory Technician.

Students can build their next steps through:

Career Services: OU Career Services provides support with resumes, credential files, career planning and job-search activities, and the Chemistry and Biochemistry department specifically directs students seeking employment to Career Services and major employment resources.
Research-to-career preparation: OU states that undergraduate research provides experience and skills valued by employers and can also strengthen applications for continued education. Students can undertake faculty research, participate in FYRE, obtain research funding and present their work at Undergraduate Research Day and scientific conferences.
Scientific and industry pathways: OU identifies employment possibilities across hands-on laboratory work, medical-related fields and business, while the department provides preparation for employment in chemical industry and research laboratories.
Research collaborations: The department’s research environment connects chemistry and biochemistry with other OU departments and institutions. The Oklahoma COBRE in Structural Biology, for example, brings together work in biochemistry, bioinorganic chemistry, virology, immunology, cell biology, enzymology, bacteriology and computational biophysics, with career applications in drug-development companies, academia and national laboratories.
University–industry engagement: OU’s Office of Strategic Engagement and Partnerships serves as a central connection between companies and university researchers, supporting industry-sponsored projects and corporate research relationships across the university.
Employment statistics and salary: The official OU sources reviewed do not provide a current program-specific employment rate or salary figure for graduates of the Chemistry and Biochemistry (Standard Option) B.S. The department instead directs students to the U.S. Bureau of Labor Statistics and chemistry-specific career resources for salary and employment information.
Professional accreditation value: The university identifies ACS certification specifically for its Chemistry (Professional), B.S., rather than the Standard Option. Therefore, ACS certification should not be presented as a certification held by this Standard Option degree.
Graduate outcomes: OU states that students who complete its chemistry and biochemistry degrees can continue into postgraduate education, and its department offers an M.S. in Chemistry and Biochemistry plus Ph.D. programs in areas including analytical chemistry, biochemistry, inorganic chemistry, materials chemistry, organic chemistry, physical chemistry and structural biology.

Further Academic Progression: After completing the B.S., students can continue into OU’s M.S. in Chemistry and Biochemistry, with thesis and non-thesis options, or pursue doctoral study in areas such as biochemistry, analytical chemistry, inorganic chemistry, materials chemistry, organic chemistry, physical chemistry and structural biology. Students interested in professional health careers can also use the flexible undergraduate curriculum to accommodate appropriate pre-professional requirements.