Master of Science in Chemistry

The M.S. in Chemistry at the University of Virginia gives students substantial hands-on research experience within a one-year non-thesis structure: students complete 30 credits, including 6 research credits, while using graduate-level chemistry courses and advanced research facilities. Students can work with faculty research groups and gain practical experience with modern chemical characterization, synthesis and computational approaches, with opportunities to take approved graduate courses in related areas such as Biology, Pharmacology, Physics, Materials Science and Engineering, Education, or Computer Science.

Key experiential learning opportunities include:

• Research projects: Students complete 6 credits of CHEM 9XXX research and select a research advisor, allowing them to undertake substantial research even though a thesis is not required.
• Research laboratories: UVA Chemistry supports research across analytical, biological, inorganic, organic and physical chemistry, as well as biomolecular sciences, bioanalytical chemistry, surface and materials chemistry, astrochemistry and chemical physics.
• NMR spectroscopy: The UVA NMR Spectroscopy Core Facility provides access to five solution NMR spectrometers, including an 800 MHz instrument and 600 MHz and 400 MHz instruments, supporting molecular structure, interaction and dynamics studies.
• Mass spectrometry: Students working in relevant research areas can access two high-resolution mass spectrometers, including an Agilent LC-QTOF system capable of high-resolution molecular analysis, MS/MS characterization and femtogram-scale sensitivity.
• EPR spectroscopy: UVA Chemistry has four EPR spectrometers with multifrequency and pulsed capabilities for research involving paramagnetic species.
• X-ray diffraction: Multiple X-ray diffractometers are available for single-crystal structural determination of small molecules and macromolecules as well as powder diffraction studies.
• Nanoscale research: The Institute for Nanoscale and Quantum Scientific and Technological Advanced Research (nanoSTAR) supports nanoscale and quantum research, giving students opportunities to work in advanced materials and related research environments.
• Computational tools: Faculty research includes computational approaches such as density functional theory (DFT) alongside experimental NMR, EPR and other characterization techniques.
• Research data and technology: UVA's Computation and Data Resource Exchange helps researchers identify local research technology solutions, supporting computational and data-intensive work.
• Research team experience: Graduate students work within individual faculty laboratories, with the department listing graduate students across numerous research groups. Faculty expectations include establishing research projects with students and providing guidance on research and professional development.
• Professional development: UVA Chemistry's graduate curriculum includes CHEM 7010: Introduction to Research, which familiarizes students with faculty research and research tools at UVA.
• Laboratory infrastructure: The Chemistry Building includes dedicated NMR and mass spectrometry laboratories, research and teaching laboratories, and a chemical stockroom supporting laboratory work.
• Interdisciplinary projects: The M.S. allows approved graduate coursework outside Chemistry, including Biology, Pharmacology, Physics, Materials Science and Engineering, Education and Computer Science, enabling students to align their academic work with their research interests.
• Industry/internship experience: The official one-year M.S. program page emphasizes research rather than a formal internship or industry placement requirement; therefore, a program-specific internship requirement is not stated. 

Graduates of the M.S. in Chemistry at the University of Virginia gain advanced preparation for careers in industrial chemistry, research, teaching and professional fields, while the one-year program also provides a route toward doctoral study. Students can tailor their graduate coursework across chemistry and related disciplines such as biology, pharmacology, physics, materials science, education and computer science, supporting different career directions.

Career opportunities: Research Scientist, Analytical Chemist, Chemical/Materials Development Specialist, Environmental or Regulatory Science Consultant:

• Career development: UVA's graduate chemistry program provides professional development through seminars, mentoring in oral and written communication, publication mentoring and conference participation. These experiences can help students develop the communication and professional skills needed for scientific careers.
• Research experience: Although the M.S. is non-thesis, students complete 6 research credits as part of the 30-credit degree, allowing substantial research experience alongside graduate coursework. Students select a research advisor and complete research under that faculty member.
• Employment pathways: UVA specifically states that the M.S. provides a path to industrial jobs, professional schools, teaching careers and Ph.D. programs. The Graduate School also identifies potential roles in industrial R&D, national laboratories and government agencies, analytical chemistry, instrumentation, materials/process development and environmental or regulatory science.
• Employment statistics and salary: UVA does not publish a program-specific employment rate, graduate salary figure or median salary for the Chemistry M.S. on the official program pages. Therefore, no external salary figure is added.
• University–industry connections: UVA's graduate chemistry training covers research areas directly relevant to industry, including catalysis and energy chemistry, chemical biology and drug discovery, nanoscience and materials chemistry, imaging and sensing, microfluidics and microfabrication, and theoretical/computational chemistry. UVA identifies industry R&D, pharmaceuticals, materials, biotechnology, energy and nanotechnology among the sectors where graduates may work.
• Interdisciplinary opportunities: Students can take approved graduate courses outside Chemistry, including Materials Science Engineering, Computer Science, Biology, Pharmacology, Physics and Education, allowing the M.S. to be shaped around a specific career or interdisciplinary portfolio.
• Accreditation value: UVA's official Chemistry M.S. pages do not state a separate professional accreditation specific to this degree, so no additional accreditation claim is made.
• Graduation outcomes: The program is designed to support progression into industrial employment, professional schools, teaching, doctoral programs and multidisciplinary careers. UVA's graduate Chemistry program describes broader outcomes across academia, industry, government and emerging chemical research and technology fields.

Further Academic Progression: Graduates can use the M.S. as a pathway into a Ph.D. in Chemistry or related doctoral research. UVA's Chemistry Ph.D. program provides advanced research training across areas such as chemical biology, catalysis and energy, inorganic and organic chemistry, materials chemistry, nanoscience, spectroscopy and theoretical/computational chemistry; the M.S. can also support progression to professional schools or further interdisciplinary study.