Master of Science in Chemistry

2 Years On Campus Masters Program

University of Illinois Urbana Champaign

Program Overview

The Master of Science in Chemistry at the University of Illinois Urbana-Champaign is an advanced chemistry degree designed for students who want to deepen their knowledge of contemporary chemistry through focused graduate coursework, with the option of completing original research through a thesis. The one-year full-time coursework route requires 32 hours and allows students to explore advanced areas such as analytical, inorganic, organic, physical, materials and chemical biology, making it suitable for students seeking advanced preparation for chemistry careers or further graduate study.

Curriculum Structure

Year 1: Students complete the entire coursework-based master's curriculum within one year of full-time study, building advanced expertise through 32 hours of graduate coursework. Depending on their academic interests and approved course selection, students can study CHEM 520: Advanced Analytical Chemistry, covering modern instrumentation, spectroscopy, electrochemistry, separations, sensors, mass spectrometry and surface characterization; CHEM 512: Advanced Inorganic Chemistry, examining transition and main-group chemistry, reaction mechanisms and electronic structures; and CHEM 534: Advanced Organic Synthesis, focusing on synthetic reactions, molecular construction and synthetic analysis.

For students choosing the thesis option, the curriculum combines 20 hours of formal coursework with CHEM 599: Thesis Research, through which students undertake original research and submit a thesis; the university notes that this research component usually requires an additional year. The non-thesis option requires 32 total hours, including at least 20 hours at the 500 level, while the thesis option requires at least 12 hours at the 500 level.

Focus areas: Analytical Chemistry, Chemical Biology, Inorganic Chemistry, Organic Chemistry, Materials Chemistry, Physical Chemistry.

Learning outcomes: Deep working knowledge of contemporary chemistry; ability to design and conduct independent research; effective scientific communication; preparation for chemistry career opportunities; ethical research practice; chemical research safety.

Professional alignment (accreditation): The University of Illinois specifically identifies ACS certification for its undergraduate Chemistry BS and Environmental Chemistry option; an ACS accreditation/certification designation is not stated for the Chemistry MS, so no separate professional accreditation is claimed for this master's program.

Reputation (employability rankings): The University of Illinois reports its graduate Chemistry program at #9 nationally in its current U.S. News-based rankings, with specialty areas also placing in the Top 10: Analytical #4, Inorganic #7, Organic #8, Physical #9 and Theoretical #9.

Experiential Learning (Research, Projects, Internships etc.)

Students pursuing graduate-level chemistry at the University of Illinois Urbana-Champaign can develop advanced practical and research skills through access to specialized laboratories, scientific instrumentation, interdisciplinary research centers and technical support facilities. The Department of Chemistry supports research across analytical, chemical biology, inorganic, materials, organic and physical chemistry, with dedicated research laboratories in Roger Adams Laboratory and the Chemical and Life Sciences Laboratory, as well as access to campus-wide facilities such as the Beckman Institute, Materials Research Laboratory and Carl R. Woese Institute for Genomic Biology.

Key experiential learning opportunities and resources include:

Advanced analytical instrumentation: Students working in chemistry research can access the NMR Laboratory, Mass Spectrometry Center, Electron Paramagnetic Resonance Laboratory, Microanalysis Laboratory and X-Ray Diffraction Laboratory, supporting modern chemical characterization and analysis.
Mass spectrometry: The Mass Spectrometry Laboratory provides chemical analysis for organic and biological samples, including small molecules, larger non-volatile molecules and mixtures using multiple ionization techniques.
NMR and magnetic resonance: The department provides access to magnetic resonance spectrometers through the VOICE NMR Laboratory, Illinois EPR Research Center and individual research groups.
Research laboratories: Research laboratories for inorganic, physical and materials chemistry are located in the Chemical and Life Sciences Laboratory, while analytical, organic and biological chemistry research is supported in Roger Adams Laboratory.
Computational tools and support: Computer Applications and Network Services (CANS) provides assistance with advanced software packages and network resources used across the School of Chemical Sciences.
Machine shop training: The Chemistry Machine Shop builds and repairs specialized research equipment and operates a student shop where students can receive training in milling, drilling, lathe turning, soldering and sawing, together with machine-drawing techniques.
Glassblowing and custom equipment: The School's Glass Shop supports research through glassware repair, fabrication and customized glass equipment, while students and researchers can work directly with scientific glassblowers on specialized designs.
Interdisciplinary research: Chemistry researchers collaborate with the Beckman Institute, Materials Research Laboratory, Institute for Genomic Biology, Biochemistry, Materials Science and Engineering, Physics, and Chemical & Biomolecular Engineering, allowing chemistry research to connect with other scientific disciplines.
Genomics and biotechnology facilities: The Carl R. Woese Institute for Genomic Biology supports interdisciplinary research in systems biology, cellular and metabolic engineering, and genome technology, with numerous Chemistry faculty involved in its research activities.
Materials research: The Materials Research Laboratory provides access to advanced nanostructural and nanochemical characterization, including electron microscopy, scanning probe microscopy, surface microanalysis, X-ray scattering and ion-beam spectroscopy.
Research library and digital databases: The Chemistry Library provides access to chemistry journals, e-books and research databases including SciFinder Scholar, Scopus, Reaxys and Web of Science, along with crystallography databases and reference resources. It also includes an interactive group collaboration room and conference facilities.
Research group experience: The department's graduate research environment emphasizes close interaction between students and faculty research groups. For the broader Chemistry graduate program, students can participate in research-group activities and, where applicable, laboratory rotations before joining a research group.
Modern teaching laboratories: The School of Chemical Sciences is modernizing laboratory space in Noyes Laboratory, including advanced organic and inorganic synthesis facilities and instrumentation for characterization of products.
Internships and field trips: A specific internship or field-trip component for the Master of Science in Chemistry is not stated on the official Department of Chemistry pages reviewed, so no generic internship or field-trip claim is added.

Progression & Future Opportunities

The M.S. in Chemistry at the University of Illinois Urbana-Champaign can be completed in one year through the coursework track, while a thesis option adds a research component that usually requires an additional year. The degree develops advanced knowledge of contemporary chemistry, research capability, scientific communication and preparation for chemistry careers; however, the 2026–27 catalog notes that the department currently does not encourage students to pursue either M.S. track.

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

Career support and progression:

Career services: School of Chemical Sciences Career Services provides career resources through the Illini Success initiative, including graduate destination information, salary data, alumni career profiles and career exploration resources for chemistry students.
Employment and salary outcomes: The latest School of Chemical Sciences salary data for 2025–26 reports Chemistry M.S./Ph.D. graduates entering government and industry with salaries ranging from $81,000 to $147,000, with an average of $112,400 per year. These figures are voluntarily self-reported by graduates and combine M.S. and Ph.D. chemistry graduates, rather than representing the M.S. alone.
Graduate destination record: An official Chemistry annual report recorded a 97.5% secured first destination rate for the reported graduating cohort; among M.S. and Ph.D. graduates, the reported average full-time salary was $110,437, with a range of $77,000–$130,000. The university states that these salary figures were self-reported by chemistry graduates.
Industry connections: Illinois Chemistry has an established connection with industry through research-generated companies and alumni entrepreneurship. Official examples include Obiter Research, which specializes in custom contract chemical research and manufacturing, and Protasis, which develops molecular purification and analysis instruments for structural biology and proteomics.
Professional experience: The Department of Chemistry also operates a Cooperative Education program in which industrial companies provide students with professional work assignments; the program is primarily structured for undergraduate chemistry students, so it should not be treated as a guaranteed M.S. placement route.
Accreditation value: The official M.S. catalog does not state that the degree itself carries a separate professional accreditation. Its learning outcomes were informed in part by the American Chemical Society Presidential Commission on Graduate Education in the Chemical Sciences, but this should not be interpreted as ACS accreditation of the M.S. program.
Graduation outcomes: The M.S. is designed to prepare graduates for advanced chemistry careers and further study, with learning outcomes covering independent research, contemporary chemical techniques, interdisciplinary communication, research ethics and laboratory safety.

Further Academic Progression: Graduates can progress to the Ph.D. in Chemistry at Illinois, which offers areas including analytical, chemical biology, inorganic, materials, organic and physical chemistry and typically requires approximately five years. The Ph.D. involves advanced coursework, research, a literature seminar, an oral preliminary examination, an original research proposal and a research-based dissertation. Illinois also lists the Computational Science & Engineering concentration within its Chemistry Ph.D. pathway for students seeking advanced computational training.