MS Chemistry

The M.S. in Chemistry at Kent State University combines advanced coursework with hands-on research, allowing students to develop practical laboratory and scientific research skills under faculty supervision. Graduate students can work across areas such as analytical, biological, inorganic, organic and physical chemistry, using specialized departmental instrumentation and research facilities to investigate real scientific problems. The program also provides opportunities to work with faculty research groups and use university-wide scientific resources:

• Research laboratories: Students can conduct research in faculty laboratories covering analytical, biological, inorganic, organic and physical chemistry, gaining experience with experimental design, laboratory techniques, data collection and scientific analysis.
• Advanced instrumentation: Chemistry research facilities include NMR spectrometers, mass spectrometers, FTIR and Raman spectrometers, UV-Vis instrumentation, chromatographic equipment and other analytical instruments, giving students practical experience with modern chemical characterization methods.
• NMR facility: The department provides access to NMR instrumentation for chemical structure determination and research applications, supporting hands-on training with advanced spectroscopic techniques.
• Mass spectrometry: Students can use mass-spectrometric capabilities for molecular characterization and analytical research, particularly relevant to organic, biological and analytical chemistry projects.
• Research projects: M.S. students undertake faculty-supervised research, allowing them to apply graduate chemistry knowledge to an original research problem and develop skills in experimental planning, data interpretation and scientific communication.
• Interdisciplinary research: Graduate research can connect chemistry with areas including materials science, biological sciences, environmental science and medicinal chemistry, providing opportunities to apply chemistry techniques beyond a single specialization.
• Computational resources: Students engaged in computational and theoretical chemistry research can use university computing resources to support molecular modelling, calculations and analysis alongside laboratory research.
• Library & research resources: Kent State University Libraries provide access to scholarly journals, databases, electronic books and other research resources needed for graduate-level chemistry research.
• Professional research experience: Faculty-led research groups give students opportunities to work directly with active researchers and contribute to research projects that can lead to presentations, publications and preparation for doctoral study.

The M.S. in Chemistry at Kent State University combines advanced coursework with hands-on research, preparing graduates for careers across scientific research, pharmaceuticals, materials science and environmental science. The department reports that its M.S. and Ph.D. graduates work in a wide range of industrial settings, including Fortune 500 companies, as well as at colleges and universities around the world.

Typical job roles: Chemist, Chemical Technician, Food Scientist/Technologist, Forensic Science Technician.

• Career services: Kent State’s Career Exploration and Development provides resume and cover-letter reviews, job-search strategies, internship and shadowing searches, mock interviews, networking support and graduate-school preparation. Students also receive access to Handshake for jobs, internships and co-op opportunities, while career fairs provide direct opportunities to meet employers.
• Employment statistics: Kent State’s university-wide Class of 2024 outcomes report shows that 90% of responding master’s graduates were working or continuing their education, with 360 unique employers represented. This figure is for all Kent State master's graduates, not specifically M.S. Chemistry graduates.
• Salary figures: The university lists BLS-based potential earnings of $84,150 for Chemists, $57,790 for Chemical Technicians, $85,310 for Food Scientists and Technologists, and $67,440 for Forensic Science Technicians. These are national occupation-level median wage figures rather than salaries specifically earned by Kent State graduates.
• Industry connections: Kent State states that Chemistry and Biochemistry graduates work in local industry and Fortune 500 companies across the country. The department also highlights research connections spanning biomedical science and materials science, including bioanalytical chemistry, bioinorganic chemistry, biophotonics, nanomedicine, nanomaterials, photonic materials, spectroscopy and surface science.
• Accreditation value: The official Chemistry M.S. information does not state a separate professional accreditation such as ACS certification for the master's program. Kent State does identify professional development and networking through its SAACS Chapter, which supports chemistry-related career development and networking.
• Graduation outcomes: M.S. students complete original research and defend a thesis before an advisory committee, developing the ability to demonstrate advanced knowledge in a chemistry specialization and plan and execute chemical experiments. The department reports that its graduate alumni progress into industrial settings, including Fortune 500 companies, and academic positions worldwide.

Further Academic Progression: After the M.S. in Chemistry, students can continue into the Ph.D. in Chemistry at Kent State University, with research opportunities in analytical, inorganic, organic, physical chemistry and biochemistry. The doctoral program also extends into interdisciplinary research areas such as biomedical science and materials science and requires substantial original research culminating in a dissertation.