Master's in Chemistry

2 Years On Campus Masters Program

Oklahoma State University

Program Overview

The Master’s in Chemistry at Oklahoma State University is a 30-credit-hour, thesis-based graduate program designed for students who want to develop independent research abilities and prepare for professional careers in academia or industry. Students build advanced knowledge across the four major chemistry subdisciplines—analytical, inorganic, organic and physical chemistry—through graduate coursework, research and seminars.

Curriculum Structure

Year 1: Students begin with CHEM 5001: Introduction to Chemistry Research, which introduces research topics, ethics, research notebooks, publishing and scientific presentations, while CHEM 5011: Graduate Seminar develops their ability to prepare and present seminars on current chemistry literature. Students also take foundation courses such as CHEM 5053: Foundations of Physical Chemistry, CHEM 5063: Foundations of Organic Chemistry, CHEM 5073: Foundations of Analytical Chemistry or CHEM 5263: Foundations of Inorganic Chemistry, establishing competency in at least three of the four main chemistry subdisciplines.

Year 2: Students deepen their specialist knowledge through advanced electives and continue their thesis research and research seminars. Options include CHEM 5373: Spectrometric Identification of Organic Compounds, which includes hands-on training with modern spectroscopic instrumentation, CHEM 5433: Computational Chemistry and Molecular Modeling, which provides hands-on experience with molecular simulations and OSU high-performance computing resources, and CHEM 6103: Electroanalytical Chemistry, covering modern electroanalytical theory, practice and instrumentation.

Focus areas: Analytical chemistry, inorganic chemistry, organic chemistry, physical chemistry, forensic chemistry, biomolecular chemistry, polymer chemistry, solid-state chemistry, spectroscopy, computational chemistry, molecular modeling and electroanalytical chemistry.

Learning outcomes: Independent creative scientific research, advanced knowledge across core chemistry disciplines, scientific communication through seminars and research presentations, and practical understanding of modern chemical instrumentation and computational methods.

Professional alignment (accreditation): The official OSU accreditation listing identifies ACS approval for the undergraduate Chemistry BS, but does not state ACS accreditation or approval for the M.S. in Chemistry; therefore, no separate professional accreditation is stated for this master's program.

Reputation (employability rankings): OSU's official Chemistry sources describe the graduate program as preparing professionals and leaders for academia and industry, while the department highlights research opportunities and career preparation across chemistry-related fields. A current chemistry-specific QS, Guardian or graduate employability ranking is not stated on the official OSU sources reviewed.

Experiential Learning (Research, Projects, Internships etc.)

The Master’s in Chemistry at Oklahoma State University is primarily a research degree, with students typically beginning work on their thesis research within the first year after selecting a research adviser. The program emphasizes independent scientific research and gives graduate students access to specialized instrumentation, research laboratories and close faculty interaction; OSU notes that its smaller graduate cohort also supports collaboration between research groups and easier access to instrumentation.

Research projects: Students undertake independent thesis research under faculty supervision, with research opportunities spanning the department’s chemistry areas and related interdisciplinary sciences. Graduate research positions are specifically available through individual faculty laboratories.
NMR facilities: The Oklahoma Statewide Shared NMR Facility provides access to four spectrometers, including two 400 MHz instruments, a 600 MHz instrument for liquid and solid-state work, and an 800 MHz instrument equipped with a cryoprobe. The facility supports advanced techniques including COSY, NOESY, HSQC, HMBC and TOCSY for molecular structure determination.
Spectroscopy training: CHEM 5373: Spectrometric Identification of Organic Compounds includes hands-on training with modern spectroscopic instrumentation and covers UV, circular dichroism, infrared, NMR and mass spectrometry, with advanced NMR and MS techniques emphasized.
Computational tools: CHEM 5433: Computational Chemistry and Molecular Modeling is an available graduate elective, providing a program-specific route into computational chemistry and molecular modeling.
Teaching laboratories: The Chemistry Department’s Undergraduate Teaching Laboratory contains instrumentation used for purification, characterization and analysis of chemical substances, and OSU states that all graduate students have access to these teaching laboratories.
Research instrumentation: The department maintains dedicated NMR facilities and the Oklahoma Statewide Shared NMR Facility, while the university also identifies a Power XRD Core Facility among its research facilities.
Research environment: Students can work with faculty conducting cutting-edge research across chemistry and related interdisciplinary sciences, with the department emphasizing faculty mentorship, research collaboration and access to specialized instrumentation.
Research seminars: The M.S. curriculum includes CHEM 5011: Graduate Seminar and CHEM 6010: Research Seminar, alongside CHEM 5001: Introduction to Chemistry Research and the six-credit CHEM 5000: Thesis, integrating research preparation, seminars and thesis work into the degree.

Progression & Future Opportunities

The Master’s in Chemistry at Oklahoma State University is designed to develop independent scientific research skills and prepare graduates for professional careers in academia and industry. The program's research-focused structure, including thesis research and advanced study across chemistry subdisciplines, can support careers such as Research Scientist, Analytical Chemist, Quality Control Analyst, and Laboratory Scientist.

Career Services: OSU Career Services supports graduate students with academic and industry job searches, career development, networking, campus recruiting, career fairs, internships and access to a Job and Interview Portal with employer postings.

Employment statistics: OSU maintains First Destination Survey data tracking how recent graduates fare in their new positions within six months of graduation; a chemistry M.S.-specific employment rate is not stated on the official sources reviewed.
Salary information: An OSU Chemistry career resource reports an average annual salary range of $42,000–$47,000 for chemistry majors, based on NACE figures; this is presented for chemistry majors generally and is not identified as an M.S.-specific salary.
Industry connections: OSU Chemistry identifies career destinations and industry sectors including industrial laboratories, environmental laboratories, pharmaceutical laboratories, government laboratories, food-quality laboratories and materials-testing laboratories. The department also highlights research opportunities and access to advanced instrumentation, while OSU Career Services works directly with employers to develop internships and recruitment opportunities.
Research experience: Graduate students normally begin thesis research within their first year after selecting a research adviser, with the department emphasizing close faculty interaction, collaboration between research groups and access to instrumentation.
Professional value: OSU's official accreditation record identifies ACS approval for the undergraduate Chemistry program, while the M.S. Chemistry program is not listed as separately ACS-accredited or ACS-approved; therefore, a separate ACS accreditation claim for the master's degree is not stated.
Graduation outcomes: OSU Chemistry identifies opportunities across research and development, quality control, environmental work, pharmaceutical and chemical industries, government laboratories and education. The university also provides graduate students with dedicated resources for both academic and industry career pathways.

Further Academic Progression: Graduates can continue into doctoral-level study in chemistry or related scientific disciplines, including research-focused Ph.D. programs. OSU's Chemistry department describes the M.S. as primarily a research degree and provides advanced preparation intended to support subsequent careers and further academic research.