MS in Chemistry

2 Years On Campus Masters Program

University of Connecticut

Program Overview

The MS in Chemistry at the University of Connecticut is designed for students who want advanced knowledge of chemistry alongside specialized research or coursework, with opportunities spanning analytical, biological, environmental, inorganic, organic, physical and polymer chemistry. Students can choose Plan A, combining advanced coursework with original thesis research, or Plan B, a coursework-focused option without a thesis, making the degree suitable for both research-oriented and professionally focused students.

Curriculum Structure

Year 1: Students establish advanced knowledge across their chosen chemistry area through graduate-level coursework and seminars. Depending on their specialization and advisory committee, courses may include CHEM 5331 Advanced Instrumental Analysis, which develops understanding of chemical analyses and instrumental techniques, CHEM 5341 Advanced Organic Chemistry, covering advanced reaction and reactivity concepts, or CHEM 5350 Advanced Physical Chemistry I, covering thermodynamics, quantum mechanics, spectroscopy and reaction dynamics.

Year 2: Students deepen their specialization through advanced coursework and, for Plan A students, complete GRAD 5950 Master's Thesis Research and an original chemistry thesis. Research-oriented students can also undertake independent laboratory or theoretical research, while available advanced subjects include CHEM 5332 Mass Spectrometry-Based Metabolomics, with computational data analysis and visualization, and CHEM 5354 Molecular Modeling, featuring molecular simulations, molecular dynamics, density functional theory and computational chemistry software.

Focus areas

Analytical chemistry, biological chemistry, environmental chemistry, inorganic chemistry, organic chemistry, physical chemistry, polymer chemistry, bioanalytical chemistry, biomaterials, catalysis, computational chemistry, nanomaterials and energy research.

Learning outcomes

Students develop broad foundational chemistry knowledge, understand and contextualize research within their subdiscipline, critically evaluate primary literature and published data, and demonstrate technical expertise in measuring, modeling, constructing and analyzing chemical systems using quantitative, qualitative or computational approaches.

Professional alignment (accreditation)

Accreditation: A specific professional accreditation for the UConn MS in Chemistry is not stated on the official program page or department graduate information, so no program-specific accreditation claim is made. The department does provide professional connections and career resources through organizations including the American Chemical Society.

Reputation (employability rankings)

University reputation: UConn's official 2026 rankings overview records a QS World University Ranking of No. 534 globally for 2026; the university notes that QS incorporates research impact, employment outcomes and reputation among its measures. This is a university-level ranking, not a ranking specifically for the MS in Chemistry.

Experiential Learning (Research, Projects, Internships etc.)

The MS in Chemistry at the University of Connecticut gives students substantial hands-on research experience through advanced laboratory work, independent research, and access to more than 65 research and teaching laboratories in the Chemistry Building. Depending on their research direction, students can work across analytical, biological, environmental, inorganic, organic, physical, polymer, computational, biomaterials, catalytic and nanomaterials chemistry, with access to specialized instrumentation and interdisciplinary research centers.

Students can develop practical research skills through:

Master’s thesis research: Under Plan A, students complete at least 9 credits of master's thesis research and produce a written thesis describing original chemistry research. The plan also requires independent laboratory or theoretical research, making research a substantial part of the degree.
Independent research: Graduate students conduct research within faculty laboratories and work with an advisory committee consisting of a major advisor and at least two additional members. Students are invited to meet different faculty research groups before selecting an advisor.
Mass spectrometry: The Laboratory of Mass Spectrometry and Omics Analysis provides access to six mass spectrometers and supports analytical research. Its instrumentation includes QSTAR Elite, API 5000, QTRAP, GC-MS, DART-TOF and other mass spectrometry systems.
NMR spectroscopy: The UConn NMR Facility provides advanced instruments including Varian 600 MHz, Bruker AVANCE 500 MHz, Bruker NEO 400 MHz and Bruker AVANCE III 300 MHz systems. Students receive instrument training and consultation before being granted access to NMR spectrometers.
Surface and materials analysis: Students can work with facilities for surface analysis, X-ray photoelectron spectroscopy, scanning Auger microscopy, atomic force microscopy, scanning tunneling and electron microscopy, powder X-ray diffraction and BET analysis.
Spectroscopy and analytical equipment: Available equipment includes FTIR/FT-Raman instruments, UV-visible absorption spectrometers, steady-state and time-resolved fluorescence spectrometers, CD absorption and emission spectrometers, and stopped-flow UV-vis spectroscopy.
Computational research: UConn Chemistry's facilities include high-performance computational clusters, while departmental research encompasses computational chemistry and computational approaches within areas such as bioanalytical chemistry, materials and molecular research.
Interdisciplinary research: Students can engage with the Institute of Materials Science, which provides advanced instrumentation and interdisciplinary research in materials science, polymer science and related fields.
Industry-connected research facilities: The UConn Innovation Partnership Building provides a high-tech applied research environment where UConn researchers and students can collaborate with industry partners and entrepreneurs on research and development projects.
UConn Health research: Chemistry faculty collaborate with UConn Health on basic and biomedical research, creating opportunities for chemistry research connected with health and biological sciences.
Research areas and laboratory projects: Faculty-led projects span analytical, biological, environmental, inorganic, organic, physical and polymer chemistry, with research themes including biomedicine, nanomaterials, green synthesis and clean energy.
Professional and research engagement: Chemistry graduate students can participate in the Graduate Student Advisory Committee, which provides a forum for graduate-student feedback, community initiatives, laboratory safety culture and professional connections.
Research collaborations: UConn Chemistry reports collaborations with the National Institutes of Health, major industrial companies, universities and research institutes in the U.S. and internationally.

Progression & Future Opportunities

Graduates of the MS in Chemistry at the University of Connecticut can build careers in chemical research, laboratory science, pharmaceuticals, materials, environmental science and related industries. The program's research-oriented training develops advanced laboratory and analytical skills that can support professional employment or provide a foundation for continued doctoral study.

Career opportunities: Chemist, Research Scientist, Laboratory Scientist, Quality Control Analyst.

Career support and progression:

Career services: UConn's Center for Career Readiness and Life Skills provides career advising, résumé and cover-letter assistance, interview preparation, career fairs, employer connections and access to job and internship opportunities.
Research experience: Chemistry graduate students conduct research with faculty in areas including analytical chemistry, biochemistry, inorganic chemistry, organic chemistry, physical chemistry and chemical biology, allowing students to develop specialized research expertise.
Research facilities: UConn's Department of Chemistry provides access to advanced instrumentation and research facilities that support chemical analysis, spectroscopy, materials characterization and other experimental work.
Employment statistics: UConn does not publish a chemistry-MS-specific employment rate or median salary on the official program information. No program-specific salary figure is added where the university does not state one.
Industry connections: UConn's chemistry research ecosystem connects faculty and students with externally funded research and collaborations across scientific and industrial fields; a specific employment-partnership list exclusively for the MS in Chemistry is not stated on the official program page.
Graduation outcomes: The degree can prepare graduates for professional chemistry and laboratory positions while also providing the research preparation needed for further graduate-level study.
Long-term accreditation value: UConn's chemistry graduate education is offered within the university's Department of Chemistry; a separate professional accreditation specifically for the MS in Chemistry is not stated on the official program information, so no additional accreditation claim is made.

Further Academic Progression: Graduates can continue into a PhD in Chemistry or related doctoral research areas, depending on their research interests and academic preparation. UConn's Department of Chemistry offers doctoral-level study across multiple chemistry research areas, allowing students to deepen their specialization and progress toward careers in advanced research, academia, industry and scientific development.