Master's of Science in Chemistry

9 Months On Campus Masters Program

University of Chicago

Program Overview

The Master of Science in Chemistry at the University of Chicago is an intensive, flexible graduate program designed for students seeking advanced preparation for chemistry-driven industries, research careers, or further professional and doctoral study. Students can specialize in Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Materials Chemistry, or Chemical Biology, combining advanced chemistry coursework with electives from chemistry and allied fields such as physics, biology, and molecular engineering.

Curriculum structure

Quarter 1: Students begin building advanced expertise through graduate-level coursework in their selected chemistry track. Depending on the specialization, subjects can include CHEM 36100 Wave Mechanics and Spectroscopy, CHEM 32100 Physical Organic Chemistry I, CHEM 30100 Advanced Inorganic Chemistry, or CHEM 30200 Synthesis and Physical Methods in Inorganic Chemistry, giving students a strong foundation for specialized study.

Quarter 2: Students continue their chosen specialization while expanding their knowledge through advanced chemistry and interdisciplinary electives. For example, Materials Chemistry students can study CHEM 39000 Solids, Materials, Surfaces, while Chemical Biology students can take CHEM 33300 Chemical Biology II, applying chemical concepts and tools to biological and medical problems.

Quarter 3: Students complete the remaining coursework from the program's nine-course structure, using electives to tailor their studies toward their academic or professional goals. Elective options can come from chemistry or allied fields such as physics, biology, and molecular engineering, while courses such as CHEM 39300 Electronic and Quantum Materials for Technology connect chemistry with modern electronic and quantum technologies.

Focus areas

Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Materials Chemistry, Chemical Biology.

Learning outcomes

Advanced chemical knowledge, specialized expertise, interdisciplinary scientific understanding, research insight, applied chemistry skills, and preparation for scientific-industry or advanced-degree pathways.

Professional alignment (accreditation)

The University of Chicago's official MS Chemistry pages do not state that the master's program itself holds ACS professional accreditation; the university does identify its undergraduate BS in Chemistry as ACS-accredited, so this should not be extended to the MS program.

Reputation (employability rankings)

The University of Chicago does not publish a current program-specific employability ranking for the MS in Chemistry on its official program pages. The university's Department of Chemistry reported that its chemistry graduate program ranked #9 (tie) in the 2023 U.S. News graduate science rankings, with physical chemistry ranked #6, organic chemistry #16, and theoretical chemistry #2.

Experiential Learning (Research, Projects, Internships etc.)

Students in the M.S. in Chemistry at the University of Chicago gain advanced practical and research experience through a flexible curriculum covering Physical, Organic, Inorganic, Materials and Chemical Biology. The program gives students access to UChicago’s research environment and advanced instrumentation, with coursework developing experimental design, data analysis, interpretation, spectroscopy, synthesis and computational skills. Students can also work across chemistry and allied fields, supporting interdisciplinary research and applied scientific training.

Practical learning and research opportunities include:

Advanced analytical instrumentation: Students can access UChicago Chemistry’s Nuclear Magnetic Resonance, Mass Spectrometry and X-ray facilities, supporting molecular characterization, spectroscopy and structural analysis.
Mass spectrometry: The Mass Spectrometry Facility includes LC-MS, GC-MS, high-resolution accurate-mass instruments, MALDI-TOF/TOF, GC and FT-IR, with applications including synthetic chemistry, metabolomics, proteomics, biomarker analysis and materials research.
Materials and nanotechnology facilities: Students have access to university facilities including the Searle Cleanroom and Nanofabrication Facility, Pritzker Nanofabrication Facility and Soft Matter Characterization Facility, supporting advanced materials and nanoscience research.
Research laboratories: Chemistry research is conducted across the Gordon Center for Integrative Science, Searle Chemistry Laboratory and George Herbert Jones Laboratory, alongside the Kent Chemical Laboratory. These facilities bring chemistry together with researchers in biochemistry, physics, molecular engineering and other disciplines.
Experimental chemistry: CHEM 30200 – Synthesis and Physical Methods in Inorganic Chemistry develops practical understanding of NMR, IR, Raman, EPR, electronic and photoelectron spectroscopy, electrochemical methods and single-crystal X-ray diffraction.
Computational tools and projects: CHEM 31358 – Simulation, Modeling, and Computation in Biophysics develops molecular simulation skills using molecular dynamics, Monte Carlo simulations and related computational methods; students complete a term project involving a small simulation program.
Data analysis and research skills: CHEM 39000 – Solids, Materials, Surfaces develops skills in experimental design, data analysis, interpretation and presentation while examining modern materials, polymers, nanomaterials and surface science.
Interdisciplinary learning: Students can select six 300-level electives from Chemistry or allied areas such as Physics, Biology and Molecular Engineering, allowing them to build interdisciplinary expertise around their chemistry interests.
Research and industry exposure: UChicago describes the M.S. program as research-focused and notes institutional relationships with organizations including AbbVie and Argonne National Laboratory, helping connect students with internship and job opportunities.
Research resources and libraries: The Chemistry Department’s facilities list includes Library Facilities, alongside its major research and characterization resources.
Field trips: A specific field-trip component or required field trip is not stated on the official M.S. in Chemistry curriculum page.
Internships: UChicago identifies internship and job connections through its institutional network, but a mandatory internship within the nine-month M.S. curriculum is not stated.

Progression & Future Opportunities

The Master’s of Science in Chemistry at the University of Chicago is designed to prepare graduates for scientific careers across pharmaceuticals, biotechnology, materials, energy, chemical manufacturing and regulatory science. Students can tailor the degree through Physical, Organic, Inorganic, Materials or Chemical Biology pathways while developing research expertise that can also support applications to PhD, MD or JD programs.

Career opportunities: Research Scientist, Medicinal Chemist, Process Engineer, Regulatory Affairs Specialist.

Career development and graduate outcomes:

Career services: UChicago provides dedicated Physical Sciences Career Services advising for STEM students, supporting career exploration across industry and graduate school. The university also provides access to Handshake and the Jeff Metcalf Internship Program, which offers more than 4,500 paid substantive internships across career fields each year.
Industry connections: The MS program identifies institutional relationships with organizations including AbbVie and Argonne National Laboratory, alongside UChicago's broader connections to research institutions and employers, helping students connect with internship and employment opportunities.
Chicago scientific ecosystem: Students benefit from proximity to Argonne National Laboratory and Fermilab, while Chicago is described by UChicago as the Midwest's largest life-sciences cluster. These connections can broaden exposure to pharmaceutical, biotechnology, materials and advanced-technology research.
Entrepreneurship: The program connects students with the Polsky Center for Entrepreneurship and Innovation, Chicago Booth and chemistry faculty entrepreneurs, providing opportunities to explore venture creation, intellectual property and commercialization of scientific research.
Salary information: UChicago's Chemistry career page reports an average annual salary of $86,000+ for chemists in the U.S., citing the U.S. Bureau of Labor Statistics. UChicago also lists median entry-level salary figures of $48,548 for chemists and $67,436 for chemical engineers through its Career Advancement career-pathway resources; these are broader career benchmarks and are not reported as MS Chemistry graduate-specific salaries.
Employment statistics: UChicago does not currently publish a program-specific employment rate for the new MS in Chemistry. The university's broader Class of 2025 undergraduate outcomes report that 98% received an employment, graduate-school or other post-college offer, but this is not representative of MS Chemistry graduates and should not be treated as a program employment statistic.
STEM and international progression: The MS in Chemistry is a STEM-designated degree, and UChicago states that international students are eligible for the STEM OPT extension, providing an additional pathway for eligible graduates seeking U.S. work experience.
Accreditation value: The official UChicago MS Chemistry sources do not state a separate professional accreditation for this master's degree. The program is housed within UChicago's Department of Chemistry and provides advanced training across established chemistry disciplines, but no additional accreditation claim is made here.
Graduation outcomes: The university specifically positions the degree for careers in pharmaceuticals, renewable energy, biotechnology, startups, quantum-related technologies, pharma and biotech R&D, chemical manufacturing, and translational and regulatory science. It also identifies PhD, MD and JD study as further pathways.

Further Academic Progression: Graduates can continue into a PhD in Chemistry or a related field, using the MS research and advanced coursework as preparation for doctoral study. UChicago also identifies MD and JD programs as possible next steps, while its Chemistry department offers doctoral study spanning areas such as organic, inorganic, physical, theoretical and biological chemistry.