MCHM - Chemistry (MS)

2 Years On Campus Masters Program

Kansas State University

Program Overview

The M.S. in Chemistry at Kansas State University is a research-focused graduate program requiring at least 30 semester hours, including graduate coursework, seminars and 6–8 credit hours of original research culminating in a defended master's thesis. It suits students seeking advanced preparation in analytical, inorganic, organic or physical chemistry, with opportunities to develop specialized expertise through graduate-level study and faculty-supervised research.

Curriculum Structure

Year 1: Students build advanced knowledge across the major chemistry disciplines while beginning their research direction; the program normally includes up to 15 hours in the major area, 6–12 hours in related areas and a graduate seminar. Depending on their specialization, students can take courses such as CHM 711: Inorganic Chemistry I, covering atomic and molecular structure, bonding, symmetry and group theory, or CHM 920: Analytical Separations, which focuses on the theory, instrumentation and application of modern separation techniques.

Year 2: Students deepen their specialization while completing their original research and master's thesis. Options include CHM 820: Materials Chemistry, examining metals, semiconductors, nanomaterials, polymers and composites, CHM 860: Synthetic Organic Chemistry, focused on reactions used in synthetic chemistry, and CHM 854: Theoretical Chemistry I, introducing quantum mechanics and atomic and molecular spectroscopy.

Focus areas: Analytical chemistry, inorganic chemistry, organic chemistry, physical chemistry and materials chemistry, with research spanning areas of modern chemistry.

Learning outcomes: Critical thinking and hypothesis-driven scientific inquiry, advanced chemical knowledge, effective written and verbal communication, significant critical-thinking ability, and familiarity with safety and chemical-hygiene regulations and practices.

Professional alignment (accreditation): Kansas State University is institutionally accredited by the Higher Learning Commission (HLC); the university states that its B.S. Chemistry is ACS-approved, while the official sources do not state separate ACS certification for the M.S. Chemistry program.

Reputation (employability rankings): K-State's Chemistry graduate program is ranked No. 91 nationally in the university's current U.S. News & World Report Best Graduate Schools listing. The department also reports that its research leads to publications in high-quality scientific journals, patents and presentations at professional societies.

Important program status: K-State's current M.S. Chemistry page states that the department does not accept applications for the M.S. program and currently welcomes applicants for its Ph.D. program.

Experiential Learning (Research, Projects, Internships etc.)

The M.S. in Chemistry at Kansas State University is built around original research, with the M.S. degree requiring a thesis based on 6–8 credit hours of original research and advanced coursework across analytical, inorganic, organic and physical chemistry. Students develop practical research skills through faculty-led projects and access to specialized instrumentation, with the Chemistry Department emphasizing interdisciplinary research themes and hands-on scientific training.

Research laboratories: Graduate students can conduct research in the Chemistry/Biochemistry Building and H. H. King Chemical Laboratory, which house chemistry laboratories and research facilities. The department supports research across areas extending beyond traditional chemistry divisions into interdisciplinary themes.
NMR instrumentation: The Central Instrumentation Core Facility provides access to a Bruker 600 MHz NMR-MRI and 400 MHz NMR, with applications including structural characterization of organic and inorganic molecules, chemical-reaction studies and chemical interactions. Training sessions are provided on spectrometer operation, with research consultation and assistance with experimental planning and data analysis.
Analytical tools: The Chemistry Instrumentation Facility includes liquid chromatography, mass spectrometry, infrared spectroscopy and X-ray instrumentation, giving graduate researchers access to techniques used for chemical identification, structural analysis and characterization.
Materials characterization: The university's Materials Characterization Laboratory provides advanced tools including X-ray diffraction, scanning probe microscopy/AFM, digital microscopy, scanning electron microscopy, Raman spectroscopy, FTIR, BET surface-area analysis, dilatometry and thermal analysis.
Research support: Instrumentation facilities provide graduate and undergraduate students with training, experimental-planning assistance and data-analysis support, helping students translate laboratory measurements into research results.
Research projects: The M.S. thesis requires students to undertake 6–8 credit hours of original chemistry research and defend the resulting thesis before their supervisory committee, providing a substantial independent research component within the degree.
Scientific communication: K-State's chemistry research environment emphasizes presenting and publishing scientific findings; the department notes that research experience can lead to conference presentations and publication in scientific journals.
Digital and computational research: K-State Chemistry research includes interdisciplinary work involving modern chemical science and computational approaches, while university research infrastructure also includes Beocat, K-State's high-performance computing resource, among its core research facilities.
Internships and field trips: The official M.S. Chemistry pages reviewed do not state a dedicated internship or field-trip requirement for the master's program. The department does, however, provide research-based experiences and professional scientific activities through its broader chemistry research environment.

Progression & Future Opportunities

The M.S. in Chemistry at Kansas State University develops advanced scientific knowledge, critical-thinking ability and research skills that can support careers in academic and industrial settings. The department reports that its graduate students have pursued careers in both academic and industrial environments, with research leading to publications, patents and professional presentations.

Typical job roles: Analytical Chemist, Research Scientist, Quality Control Analyst, Forensic Scientist.

Career services: K-State’s Career Center provides career guidance and connects students with industry employers, while its first-destination reporting tracks employment and continuing education after graduation. The university also provides career-fair and employer-connection opportunities through its Career Center.
Employment statistics: K-State’s 2025 post-graduation report found that 97% of graduates were employed or continuing their education, based on an 80% knowledge rate. This is a university-wide figure rather than a chemistry M.S.-specific outcome.
Salary figures: K-State reports an average salary of $60,000 for its 2025 baccalaureate graduates; the official source does not state a chemistry M.S.-specific salary figure, so this university-wide undergraduate figure should not be treated as the expected salary for M.S. Chemistry graduates.
Industry connections: Chemistry graduate research can connect students with interdisciplinary work through K-State’s Center for Materials Research, which brings together researchers from chemistry, physics, chemical engineering, mechanical and nuclear engineering, and electrical and computer engineering. The Chemistry Department also notes that its graduates find employment in chemical industries, governmental laboratories and educational institutions.
Professional accreditation: K-State identifies its B.S. Chemistry as ACS certified, but the official Chemistry Department sources do not state separate ACS certification or accreditation for the M.S. Chemistry program.
Graduation outcomes: Graduate students develop the ability to conduct hypothesis-driven scientific inquiry, communicate scientific findings effectively, apply chemical knowledge and follow chemical safety practices. The department states that M.S. graduates are prepared to perform chemistry research under supervision, while the Ph.D. develops a higher level of independence for directing research programs.

Further Academic Progression: After completing the M.S. in Chemistry, students can continue toward doctoral-level study, including K-State’s Ph.D. in Chemistry, which offers research areas in analytical, biological, inorganic, materials, organic and physical chemistry. The department also offers interdisciplinary doctoral research through the Center for Materials Research, allowing students to build on their master's-level chemistry training in broader materials and engineering research.