MS Chemistry

2 Years On Campus Masters Program

University of Wisconsin Madison

Program Overview

The MS in Chemistry at the University of Wisconsin–Madison is a face-to-face graduate program designed for students seeking advanced preparation in chemical sciences through specialized coursework and, depending on the pathway, research or advanced laboratory work. Students can focus on analytical, inorganic, materials, organic, physical chemistry, chemical biology, or chemistry education research, while also taking approved STEM coursework in areas such as physics, mathematics, computer science, biochemistry and engineering.

Curriculum structure

Year 1: Students establish advanced graduate-level chemistry knowledge through courses selected with a faculty advisor, with options such as CHEM 641 Advanced Organic Chemistry, CHEM 661 Chemical and Statistical Thermodynamics, and CHEM 721 Instrumental Analysis. Depending on their interests, students can also explore areas such as chemical crystallography, electrochemistry, chemical biology, spectroscopy and molecular structure determination.

Year 2: Students deepen their chosen specialization through advanced chemistry coursework and, where applicable, research or advanced laboratory work. The Research Master's Degree Pathway requires research or advanced lab credits plus a thesis or approved written final report, while the Coursework Master's Degree Pathway emphasizes coursework with limited research or advanced laboratory credits.

Focus areas: Analytical chemistry, inorganic chemistry, materials chemistry, organic chemistry, physical chemistry, chemical biology, chemistry education research, spectroscopy, electrochemistry, polymers, theoretical chemistry, chemical engineering and related research areas.

Learning outcomes: Students learn to critique and apply chemical theories and research methods, identify and evaluate evidence, select appropriate methodologies for chemical problems, synthesize scientific information, communicate clearly in written and oral formats, and apply ethical and professional principles.

Professional alignment (accreditation): The official UW–Madison MS Chemistry page does not state that the master's degree itself carries professional accreditation or ACS certification. UW–Madison does state that its undergraduate Chemistry degrees can be completed with American Chemical Society (ACS) certification, which is a separate undergraduate credential and should not be attributed to the MS.

Reputation (employability rankings): UW–Madison reports that its Chemistry graduate program ranked 14th overall in the 2026 U.S. News Graduate rankings, tied three ways, providing an official indicator of the program's national academic reputation.

Experiential Learning (Research, Projects, Internships etc.)

Students in the MS in Chemistry at the University of Wisconsin–Madison can build advanced practical and research skills through faculty-supervised research, advanced laboratory work, scientific instrumentation and computational chemistry. The program's two MS options both require a faculty advisor, while the research-focused option includes substantial graduate research or advanced laboratory work and a formal thesis or comprehensive written research report. UW–Madison's Chemistry Department also provides access to specialized research infrastructure spanning spectroscopy, mass spectrometry, chemical instrumentation, high-performance computing and other areas of modern chemistry.

Program-specific experiential learning includes:

Faculty-led research: MS students can work with a faculty advisor on research projects within the department's broad research areas, gaining experience in experimental or theoretical chemistry and working alongside active research groups. The department highlights research areas including analytical, inorganic, materials, organic, physical, theoretical chemistry and chemistry-biology interfaces.
Advanced laboratory and thesis work: The research-oriented MS option requires at least 8 credits of graduate research or advanced laboratory work and culminates in a formal thesis or comprehensive written research report, providing substantial hands-on experience rather than coursework alone.
Chemical instrumentation: Students can develop practical skills with sophisticated analytical equipment through the department's research environment. UW–Madison's chemistry facilities include magnetic-resonance instrumentation, EPR, X-ray and mass-spectrometry capabilities.
NMR and magnetic resonance: The Magnetic Resonance Facility provides multiple NMR spectrometers and EPR instrumentation. Access requires training, giving researchers practical experience with advanced magnetic-resonance techniques.
Mass spectrometry and spectroscopy: Chemistry research groups use mass spectrometry, spectroscopy and related instrumentation for areas such as molecular characterization, bioanalytical chemistry and physical chemistry. Research examples at UW–Madison include mass spectrometry, laser spectroscopy and cryogenic ion vibrational spectroscopy.
High-performance computing: The Chemistry HPC Center provides research clusters called Kestrel and Starling, while the Owl instructional cluster supports classroom and teaching-laboratory work. A WebMO interface is also available for research Gaussian jobs, providing a direct computational-chemistry resource.
Computational and digital tools: Research groups provide opportunities to use specialized software for chemical data analysis and computational work. The department specifically notes opportunities for researchers to use cutting-edge software to analyze data, while the HPC Center supports computational research through its clusters and WebMO/Gaussian environment.
Research project development: Students working in research groups collaborate with faculty and research mentors to develop projects aligned with the group's research goals. UW–Madison chemistry research can involve synthesizing new molecules or materials, developing or improving scientific instruments, collecting experimental data and analyzing results.
Interdisciplinary research: Chemistry research at UW–Madison crosses into biology, medicine, engineering, materials science and physics, allowing graduate researchers to work on problems that connect chemistry with other scientific disciplines.
Specialized research facilities: Depending on the research group, students may gain experience with areas such as electronic-structure calculations, mass spectrometry, laser spectroscopy, scientific instrument design, chemical synthesis and molecular characterization.
Research seminars and scientific interaction: Graduate students benefit from seminars, research projects and interaction with research scientists across the department, supporting the development of scientific communication and research skills alongside laboratory training.
Research internships: UW–Madison Chemistry maintains a formal research-intern pathway for laboratory research and provides access to instruments for approved research interns. This resource is primarily described for undergraduate researchers, so a separate MS-specific internship requirement is not stated on the official sources reviewed.
Group and collaborative work: Chemistry research is conducted within faculty-led groups involving graduate students, postdoctoral researchers, staff scientists and other researchers, creating opportunities for collaborative laboratory and research work.
Library resources: The official Chemistry sources reviewed emphasize research facilities, instrumentation and computational resources; a chemistry-specific library designated for the MS program is not stated.

Progression & Future Opportunities

The MS in Chemistry at the University of Wisconsin–Madison develops advanced expertise across analytical, inorganic, materials, organic, physical chemistry, chemical biology and chemistry education, with both coursework and research pathways. Graduates can apply this training to laboratory, research, analytical and scientific roles or use the degree as a foundation for further doctoral study.

Career opportunities: Chemist, Research Scientist, Analytical Chemist, Materials Scientist.

Career support and progression:

Graduate Career Compass: UW–Madison provides graduate career advising covering career exploration, career materials review, networking, LinkedIn, interview preparation and negotiation. Research-based master's students can meet with the Graduate School's career-development advisor up to three times per semester.
Career tools: Master's students have access to Beyond Graduate School, Handshake for jobs, internships and career events, and Big Interview for interview and résumé preparation.
Industry experience: UW–Madison's Graduate School offers an Industry Internship Program, with paid or credit-bearing internships connecting graduate students with campus, industry and community partners.
Employment statistics and salary: UW–Madison does not publish a program-specific employment rate or graduate salary figure for the Chemistry MS on the official 2026–27 program page. Therefore, no external salary figure is added.
Research and industry connections: The Chemistry Department states that its research is supported by organizations including the National Science Foundation, National Institutes of Health and Department of Energy, as well as corporate and nonprofit research sponsors.
Specific industry collaboration: UW–Madison chemistry research includes projects involving industry sponsors; for example, the Boydston Research Group reports collaborations with U.S. and Japanese industry sponsors on polymer research.
Professional development: Graduate students can use DiscoverPD, Individual Development Plans, communication and leadership development, networking opportunities, internships and hundreds of professional-development events offered across campus.
Graduation outcomes: The MS develops the ability to apply chemical methodologies, evaluate and synthesize scientific information, solve chemical problems, and communicate research clearly in written and oral formats. The research pathway additionally requires a thesis or approved written research document.
Accreditation value: A specific professional accreditation for the Chemistry MS is not stated on the official UW–Madison program page, so no additional accreditation claim is made.

Further Academic Progression: Graduates can progress to PhD study in Chemistry or related areas such as chemical biology, materials chemistry, biochemistry, biophysics, chemical physics and other interdisciplinary chemical sciences. The MS can also strengthen preparation for research-focused careers and further specialization through doctoral-level study; UW–Madison's Chemistry Department offers research across areas including materials, environmental chemistry, chemical biology, biophysical chemistry, nanotechnology and traditional chemistry disciplines.