Bachelor of Arts (B.A. Chemistry)

4 Years On Campus Bachelors Program

University of New Mexico

Program Overview

The Bachelor of Arts (B.A. Chemistry) provides a rigorous foundation in the fundamental areas of chemistry and experimentation while offering flexibility through chemistry electives, making it suitable for students preparing for graduate study, professional careers, or chemistry-related fields. Students study general, organic, quantitative, and physical chemistry, supported by mathematics and physics, with laboratory training and opportunities for undergraduate research.

Curriculum Structure

First Year: Students begin with CHEM 1215 General Chemistry I and CHEM 1225 General Chemistry II, developing knowledge of atomic and molecular structure, bonding, stoichiometry, equilibrium, thermodynamics, electrochemistry, and chemical reactions. The B.A. also builds the quantitative foundation through MATH 1512 Calculus I and MATH 1522 Calculus II, alongside introductory physics requirements.

Second Year: Students progress into CHEM 2310C Quantitative Analysis, learning how chemical substances and their components are identified and measured, and begin CHEM 301 Organic Chemistry. CHEM 303L Organic Chemistry Laboratory develops practical techniques including separations, thin-layer chromatography, gas chromatography, and organic-synthesis apparatus.

Third Year: Students continue with CHEM 302 Organic Chemistry and CHEM 304L Organic Chemistry Laboratory, gaining experience in organic synthesis and spectroscopic characterization. The B.A. then introduces CHEM 315 Introductory Physical Chemistry, which emphasizes physical chemistry concepts and their biological and biochemical applications.

Fourth Year: Students use upper-division chemistry electives to develop their interests through subjects such as CHEM 421 Chemical Biology I, CHEM 431 Advanced Inorganic Chemistry, CHEM 453L Analytical Instrumentation: Theory and Application, or approved special-topic courses. Students interested in research can also pursue advanced research opportunities, while the department's small classes provide opportunities to work on undergraduate projects with faculty mentors.

Focus Areas: General chemistry, organic chemistry, quantitative analysis, physical chemistry, chemical biology, inorganic chemistry, analytical chemistry, environmental chemistry, photochemistry, macromolecules, natural products, undergraduate research.

Learning Outcomes: Fundamental chemical knowledge, chemical experimentation, quantitative analysis, organic synthesis, laboratory techniques, spectroscopic characterization, physical chemistry concepts, scientific problem-solving, chemical research, preparation for professional or graduate study.

Professional Alignment (Accreditation): Not stated for the B.A. in Chemistry on the current official UNM undergraduate chemistry information reviewed. UNM's official catalog specifically discusses ACS certification for the B.S. in Chemistry, rather than stating ACS certification for the B.A.; therefore, ACS certification should not be attributed to this B.A. program.

Reputation (Employability Rankings): Not stated — an official UNM source reviewed for this program did not provide a current program-specific employability ranking from QS, Guardian, or another university-published ranking.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Arts (B.A. Chemistry) at the University of New Mexico combines classroom chemistry with substantial experimental work, giving students opportunities to develop skills in obtaining, analyzing, and interpreting chemical observations using laboratory equipment and modern analytical methods. UNM also encourages undergraduate research through small classes, faculty mentoring, and departmental research opportunities, allowing students to become active participants in the chemistry research community.

Students can build practical and research experience through:

General Chemistry Laboratories: CHEM 1215L General Chemistry I Laboratory and CHEM 1225L General Chemistry II Laboratory introduce students to experimental techniques, chemical measurements, observation, and analysis using diverse methods and laboratory equipment.
Organic Chemistry Laboratories: CHEM 303L Organic Chem Lab develops practical skills in separation techniques, thin-layer chromatography, gas chromatography, and organic-synthesis apparatus, while CHEM 304L Organic Chem Lab focuses on synthesizing organic compounds and spectroscopic characterization of products.
Physical Chemistry Laboratory: CHEM 411L Lab Methods in Phys Chem introduces modern physical-chemistry laboratory techniques, including computational chemistry, molecular rotations and vibrations, electronic absorption, and thermodynamics.
Chemical biology research exposure: CHEM 390 Seminar in Chemical Biology Research Methods features UNM and external faculty presenting current research projects, with particular emphasis on making the research accessible to undergraduate students.
Undergraduate research: UNM’s Chemistry and Chemical Biology department promotes undergraduate research projects under faculty mentors, with interaction among undergraduate students, faculty, and graduate students encouraged through classes and laboratory work.
NMR Facility: Students involved in research can benefit from UNM’s Nuclear Magnetic Resonance Facility, which includes Bruker Avance 500, Bruker Avance III 300, and Bruker Avance III 300 wide-bore spectrometers for solution and solid-state NMR applications.
Mass Spectrometry Facility: UNM provides a dedicated Mass Spectrometry Facility supporting proteomics, functional protein analysis, mass-spectral analysis, protein identification, and data analysis.
Center for Micro-Engineered Materials: Research infrastructure includes transmission electron microscopy (TEM), scanning electron microscopy (SEM), X-ray photoelectron spectroscopy, focused ion beam (FIB), and X-ray diffraction, providing access to advanced materials-characterization technologies.
Center for High Technology Materials: Students participating in relevant research can work within an interdisciplinary environment offering lithography, molecular beam epitaxy, electron-beam and thermal deposition, crystal-growth, and cleanroom facilities.
Computational chemistry: UNM’s Center for Computational Chemistry supports computational research, and in 2026 the university announced a new GPU-based high-performance computing cluster for AI- and quantum-driven chemistry and materials research, including chemical, biomolecular, reaction, and materials simulations.
Research programs and funding: Undergraduate students can pursue opportunities such as FYRE, which enables first-year students to conduct research with a paid stipend, and the UPN summer program, which provides research experience and a stipend for participating students.

Progression & Future Opportunities

The Bachelor of Arts (B.A. Chemistry) at the University of New Mexico provides a broad chemistry education designed for students who want to enter professional careers in chemistry or an allied field, while also preparing students for advanced study. The program develops knowledge across organic, inorganic, biochemistry, and physical chemistry, with opportunities for undergraduate research and faculty mentoring.

Typical career roles: Chemical Technician, Laboratory Technician, Chemical Research Assistant, Scientific/Technical Specialist: UNM’s Chemistry and Chemical Biology department specifically positions its undergraduate program for careers in chemistry and allied fields as well as graduate study.

Career Services: UNM’s Office of Career Services provides career planning and employment support, including graduate exit surveys and career resources; students can also use Handshake for employment and internship opportunities.
Faculty mentoring: Chemistry students are assigned a faculty mentor who can advise on career paths, course choices, and research opportunities, providing direct academic and career guidance throughout the degree.
Research-to-career experience: Students can participate in faculty-directed research, including CHEM 495/496 Undergraduate Problems, where students conduct individual research under the direction of a faculty member.
Industry and research connections: UNM’s Office of Research Translation, Innovation, and Partnerships (ORTIP) connects university talent and research resources with industry partners, including opportunities involving student talent, joint research projects, specialized facilities, and professional development.
Specific industry/research partnerships: Chemistry students can benefit from research ecosystems connected with organizations such as Sandia National Laboratories, Los Alamos National Laboratory, and the NSF Center for Genetically Encoded Materials (C-GEM). The UNM–C-GEM partnership provides undergraduate research experiences and prepares students for graduate school or chemistry careers.
Employment and salary information: UNM Career Services identifies chemical technicians and chemists as relevant chemistry career pathways and lists employers including Air Products and Chemicals, Oso Biopharmaceutical Manufacturing, the U.S. Department of Energy Los Alamos Office, and National Technology and Engineering Solutions of Sandia. The official UNM chemistry career resource does not state a current numerical salary figure for these chemistry roles, so a specific salary is not stated rather than estimated.
Employment outcomes data: UNM now provides Postsecondary Employment Outcomes (PSEO) data, which reports employment and earnings by degree level, field of study, institution, and state. A current B.A. Chemistry-specific employment percentage is not stated on the official Chemistry pages reviewed.
Professional accreditation value: An ACS certification/accreditation claim for the B.A. Chemistry specifically is not stated on the official UNM Chemistry sources reviewed; therefore, no ACS accreditation value is attributed to this particular degree.
Graduation outcomes: UNM explicitly states that its undergraduate chemistry program is designed for students who intend either to enter professional careers immediately after the bachelor's degree or continue to an advanced degree, giving graduates both employment and further-study pathways.

Further Academic Progression: After completing the Bachelor of Arts (B.A. Chemistry), students can continue into graduate study in chemistry or related scientific disciplines, or pursue professional education in fields where a strong chemistry background is valuable. UNM also supports students interested in advanced study through undergraduate research, faculty mentoring, and chemistry research experiences that can strengthen preparation for graduate-level programs.