MS Chemistry

2 Years On Campus Masters Program

George Mason University

Program Overview

The M.S. in Chemistry at George Mason University provides advanced training for chemistry and biochemistry graduates, professionals in teaching, and technical workers in research organizations, with both thesis and non-thesis pathways. Students build advanced expertise across analytical, biochemistry, environmental, inorganic and organic chemistry, while the thesis option provides original research experience for students targeting doctoral study or careers in industry, academia or national laboratories.

Curriculum Structure

Year 1: Students establish advanced knowledge through three core courses selected from different areas, such as CHEM 624: Principles of Chemical Separation, CHEM 660: Protein Biochemistry, CHEM 641: Solid State Chemistry, CHEM 613: Modern Polymer Chemistry and CHEM 614: Physical Organic Chemistry. They also take CHEM 633: Chemical Thermodynamics and Kinetics, developing an understanding of the mechanisms and kinetics of chemical reactions, while beginning to shape their studies around a chosen chemistry specialization.

Year 2: Students deepen their specialization through chemistry and related-field electives and complete CHEM 790: Graduate Seminar, developing their ability to engage with advanced chemical research and communicate scientific work. Depending on their pathway, students can undertake CHEM 799: Master's Thesis and an oral defense, or complete CHEM 670: Teaching Practicum / CHEM 796: Directed Reading and Research through the non-thesis route.

Focus areas: Analytical chemistry, biochemistry, environmental chemistry, inorganic chemistry, organic chemistry, chemical separation, protein biochemistry, drug discovery, solid-state chemistry, bioinorganic chemistry, polymer chemistry, physical organic chemistry, nanoscience and nanomaterials.

Learning outcomes: Advanced understanding of chemical principles and specialized chemistry areas; research experience through thesis or directed research; scientific communication through graduate seminars; and preparation for professional, research, teaching or doctoral pathways.

Professional alignment (accreditation): George Mason University states that its Chemistry and Biochemistry Department is accredited by the American Chemical Society (ACS). The official university source does not separately state that the M.S. degree itself holds an independent ACS accreditation.

Reputation (employability rankings): The official George Mason University sources reviewed do not state a specific QS, Guardian or other program-level employability ranking for the M.S. in Chemistry, so no ranking is provided here.

Experiential Learning (Research, Projects, Internships etc.)

The M.S. in Chemistry at George Mason University gives students the opportunity to develop practical research skills through either a thesis-based pathway involving original research or a non-thesis pathway involving a research project or undergraduate laboratory teaching experience. Students can work with faculty on experimental and theoretical chemistry projects and use George Mason’s shared research infrastructure, including advanced analytical instruments for chemical analysis, materials characterization, environmental analysis and pharmaceutical research.

Research projects: The thesis option requires students to conduct original research under the direction of a faculty member, while CHEM 798: Research Project provides an experimental or theoretical research experience with a comprehensive report and final oral examination.
Shared research laboratory: The Shared Research Instrumentation Facility (SRIF) in Discovery Hall provides GMU students with access to high-level analytical equipment and staff training, technical consultation and project-planning support.
Mass spectrometry: Students can access multiple instruments, including Agilent GC-MS systems, Shimadzu GC-MS/MS, Shimadzu LC-IT-ToF MS and Waters LC-MS/MS, supporting applications in analytical and environmental chemistry.
NMR spectroscopy: The Center for Molecular Engineering provides a Bruker 400 MHz NMR spectrometer capable of analyzing ^1H, ^13C, ^15N, ^19F and ^31P nuclei, together with 2D experiments such as COSY, TOCSY, NOESY, HSQC and HMQC.
Chromatography and purification: Research facilities include preparatory HPLC and an ÄKTA pure FPLC system for small-molecule, peptide and biomolecule purification and characterization.
Computational chemistry: The Center for Molecular Engineering provides computational capabilities for molecular dynamics simulations, molecular docking and quantum calculations, giving chemistry researchers access to computational approaches alongside laboratory methods.
Research applications: Available instrumentation supports areas including drug discovery, metabolomics, materials characterization, food science and quality control, environmental analysis, clinical diagnostics and pharmaceutical quality control.
Environmental research: SRIF works with the Potomac Environmental Research and Education Center (PEREC) on instrumental analysis of environmental samples involving persistent organic pollutants, pharmaceuticals and personal-care products, PFAS, endocrine-disrupting chemicals and pesticides.
Graduate research example: A documented GMU M.S. Chemistry student research project investigated endocrine-disrupting chemicals in Hunting Creek and the Potomac River using an Agilent GC-MS system, demonstrating how the shared instrumentation can be incorporated into graduate research.
Internships: George Mason Chemistry identifies internship opportunities at regional government research laboratories including the Naval Research Laboratory, U.S. Geological Survey and National Institutes of Health; the university also provides Handshake for searching internships and employment opportunities.

Progression & Future Opportunities

The M.S. in Chemistry at George Mason University offers pathways into research, industry, national laboratories and professional careers, with the thesis option specifically designed for students planning careers in industry, academia or national laboratories. The department’s graduate alumni include chemists, process engineers and professionals working with organizations such as the National Institutes of Health.

Typical job roles: Chemist, Research Scientist, Process Engineer, Laboratory Scientist.

Career services: University Career Services provides graduate students with one-to-one career counselling, professional branding, networking and job/internship-search support; Handshake provides access to thousands of positions, while the Accelerate to Industry program offers workshops and opportunities to learn from industry leaders.
Employment statistics: George Mason’s Class of 2025 reported a 92% positive career outcome rate within six months, with 74% employed in positions aligned with their career goals and a $73,000 median starting salary. These are university-wide graduate outcomes and are not reported specifically for M.S. Chemistry.
Industry partnerships: Mason Science supports industry partnerships through sponsored research, internships and recruitment; the Department of Chemistry and Biochemistry also works with government research laboratories in the Washington, D.C., area. The Center for Molecular Engineering specifically reports collaborations with Walter Reed National Military Medical Center, NIH, Capital Biosciences and Amerimmune, alongside several research universities.
Research opportunities: Chemistry students can access regional scientific opportunities through internships and research connections involving organizations such as the Naval Research Laboratory, U.S. Geological Survey and National Institutes of Health. The department also conducts research in areas including biomedicine, environmental sustainability and materials chemistry.
Professional accreditation: George Mason states that its Chemistry and Biochemistry Department has American Chemical Society (ACS) accreditation/approval, with three ACS-approved programs listed by the College of Science. The official sources reviewed do not specifically state that the M.S. Chemistry degree itself carries separate ACS certification, so this should not be represented as M.S.-specific accreditation.
Graduation outcomes: Mason maintains program-level career outcome data through its Career Plans Survey and One Year Out Career Survey, covering employment status and further education; results with fewer than three respondents are withheld to protect student anonymity. Chemistry alumni documented by the university include professionals working as a Chemist, Process Engineer and Health Sciences Safety Specialist.

Further Academic Progression: Graduates can continue into doctoral study, including George Mason’s Ph.D. in Chemistry and Biochemistry, which offers specializations in Analytical, Environmental, Inorganic, Organic and Physical Chemistry, as well as Biochemistry. The M.S. thesis option is specifically identified by Mason as suitable for students intending to pursue a Ph.D., while the department also notes pathways into chemical, biochemical, environmental and pharmaceutical research careers.