MS in Chemistry

2 Years On Campus Masters Program

Florida State University

Program Overview

The MS in Chemistry at Florida State University is designed for students seeking advanced technical training in chemistry, with both thesis and course-based pathways allowing students to tailor their studies to their academic and career goals. Students can develop expertise across analytical, biochemistry, inorganic, materials, organic and physical chemistry while gaining opportunities to engage with advanced research and interdisciplinary scientific work.

Curriculum Structure

Year 1: Students begin advanced graduate study with 5000-level or above chemistry coursework, building deeper knowledge in their selected area while completing directed individual study. Depending on their specialization, coursework can include CHM 5175r Measurements and Data Analysis in Chemistry, which explores chemical measurement, signal detection, spectroscopy and experimental design, or CHM 5330 Graduate Survey of Organic Chemistry, covering organic structures, reactions, synthesis, analysis and spectroscopy.

Year 2: Students continue specialized coursework and develop their independent research or advanced technical work according to their selected MS pathway. Thesis-track students undertake CHM 5910/5911/5912 Chemical Research and complete CHM 5971r Thesis, while the program also includes CHM 5945 Seminar on Chemical Education to prepare graduate students for supervised teaching; thesis students present and defend their research before a supervisory committee.

Focus areas: Analytical Chemistry, Biochemistry, Inorganic Chemistry, Materials Chemistry, Organic Chemistry, Physical Chemistry; research specialties include Bioanalytical Chemistry, Chemical Biology, Computational Chemistry, Environment and Energy, Nanoscience, Solid State Chemistry, Spectroscopy and Photochemistry, Structural Biology, and Synthesis and Catalysis.

Learning outcomes: Advanced chemical knowledge, specialized technical skills, chemical measurement and data-analysis capabilities, scientific communication, independent research experience for thesis-track students, and the ability to investigate chemistry problems through experimental, computational and interdisciplinary approaches.

Professional alignment (accreditation): The official FSU Chemistry & Biochemistry pages do not state a separate professional accreditation for the MS in Chemistry; the program is offered through the FSU Department of Chemistry & Biochemistry and the Graduate School.

Reputation (employability rankings): Florida State University is ranked #=546 in the QS World University Rankings 2027; FSU's official Chemistry & Biochemistry department describes its graduate program as prominent nationally and internationally and reports that recent graduates have obtained academic, research, industrial and professional positions nationally and internationall

Experiential Learning (Research, Projects, Internships etc.)

The MS in Chemistry at Florida State University is strongly research-oriented, giving students opportunities to develop advanced laboratory and research skills across analytical, biochemistry, inorganic, materials, organic and physical chemistry. Students can work in specialized research laboratories housed in the 168,000-square-foot Chemical Sciences Laboratory and interconnected Dittmer Laboratory of Chemistry and Molecular Biophysics, while also accessing university facilities such as the Department of Scientific Computing and the National High Magnetic Field Laboratory. FSU's graduate program emphasizes original research, and students can receive hands-on training with sophisticated analytical, spectroscopic, materials-characterization and computational equipment relevant to their research projects.

Program-specific experiential learning includes:

Original research projects: The MS program provides research-focused training, with students working under faculty supervision on chemistry research projects rather than relying only on classroom study. FSU's department spans analytical, biochemistry, inorganic, materials, organic and physical chemistry, allowing students to align research with their scientific interests.
Chemical Sciences Laboratory: Students can conduct research in the 168,000-square-foot Chemical Sciences Laboratory, which houses research laboratories and advanced instrumentation. The facility is connected to the Dittmer Laboratory of Chemistry and Molecular Biophysics.
Mass Spectrometry Laboratory: The MASS Lab provides access to instruments for organic and biological sample analysis, including electrospray ionization (ESI), MALDI, MS/MS, GC/MS and LC/MS techniques. The facility also provides user training for researchers working with its instrumentation.
Materials Characterization Laboratory: The MAC Lab gives researchers access to sophisticated materials-analysis equipment, including SQUID magnetometry, electron paramagnetic resonance (EPR), differential scanning calorimetry (DSC), thermogravimetric analysis (TGA) and atomic force microscopy.
Advanced spectroscopy and characterization: FSU's chemistry research facilities include opportunities for hands-on work involving NMR spectroscopy, X-ray crystallography, magnetic characterization and laser spectroscopy, providing practical exposure to techniques used in contemporary chemical research.
High-performance computing: Students can make use of FSU's Department of Scientific Computing and university research infrastructure for computationally intensive scientific work. The Chemistry Department specifically identifies scientific computing as an important research resource for graduate students.
National High Magnetic Field Laboratory: Graduate research can also benefit from access to the National High Magnetic Field Laboratory, a major FSU research facility identified by the Chemistry Department as an additional resource for graduate research.
Computational and experimental chemistry: Research groups within the department combine experimental and computational approaches. For example, the Bleiholder Laboratory uses ion mobility spectrometry/mass spectrometry together with computational and theoretical methods for research involving health-related biological systems.
Specialized research support: Chemistry students are supported by dedicated electronics, glass and machine shops. The machine shop can construct customized research instruments and experimental apparatus, with staff able to translate concepts into CAD drawings and functioning devices.
Research training and instrumentation: FSU states that students working in its chemistry research environment receive hands-on training and regular use of equipment required for their research projects, including instrumentation for NMR, X-ray crystallography, magnetic measurements, laser spectroscopy and high-performance computing.
Interdisciplinary research: The department encourages cross-disciplinary research around Chemistry of Health, Advanced Measurements & Analysis, and Chemistry of Energy & Materials, while also participating in interdisciplinary programs in materials science and molecular biophysics.
Teaching experience: FSU's graduate Chemistry program includes teaching as part of graduate training, providing students with experience in communicating chemistry and supporting laboratory or instructional activities. The department also provides chemical-education training for graduate students.

Progression & Future Opportunities

The MS in Chemistry at Florida State University can prepare graduates for research and technical careers across analytical, materials, organic, physical, inorganic and biochemistry-related areas. FSU’s chemistry graduate program emphasizes individualized research, while the department’s alumni examples demonstrate pathways into pharmaceutical, technology, scientific and research roles.

Career opportunities: Analytical Chemist, Research Chemist, Pharmaceutical Chemist, Materials Scientist. FSU’s Career Center also identifies laboratory, environmental, quality-control and industrial chemistry roles among career possibilities for chemistry graduates.

Career support and progression:

Career advising: FSU’s Career Center provides graduate students with career guidance, individual career advising and resources designed to support post-graduation goals both inside and outside academia. Graduate students also have access to Beyond Graduate School and Beyond the Professoriate.
Employment and recruiting: Students can use NoleNetwork, FSU’s centralized job and career-event platform, along with career, internship and graduate-school fairs that connect students with employers and other opportunities.
Employment and salary information: FSU’s Chemistry career information lists salary ranges across sample chemistry-related occupations of $25,830–$52,360 at the introductory level, $62,370–$77,320 at mid-career and $92,060–$144,940 for experienced professionals. These are ranges for sample occupations rather than a guaranteed salary for MS Chemistry graduates.
Graduate outcomes: FSU maintains a Master’s Graduating Survey covering post-graduation plans and destination data by college and major. FSU also publishes historical first-destination data for master’s graduates by academic discipline; a program-specific current MS Chemistry employment percentage is not stated on the public chemistry program page.
Industry connections: FSU chemistry alumni have moved into industry positions including Bristol Myers Squibb, Nurix Therapeutics, Applied Materials and Thermo Fisher Scientific, demonstrating connections between the department’s research training and pharmaceutical, materials and analytical-technology careers.
Research-to-industry preparation: FSU’s graduate chemistry research spans Chemistry of Health, Advanced Measurements & Analysis, and Chemistry of Energy & Materials, giving students opportunities to develop expertise relevant to pharmaceutical, analytical, materials and energy-related sectors.
Research facilities: Graduate research is supported by the 168,000-square-foot Chemical Sciences Laboratory, the Dittmer Laboratory of Chemistry and Molecular Biophysics, the Department of Scientific Computing and the National High Magnetic Field Laboratory, providing access to advanced research infrastructure.
Long-term accreditation value: FSU's official chemistry sources do not state a separate professional accreditation specifically for the MS in Chemistry. The department does state that its graduate program was established in 1949 and is a prominent graduate program nationally and internationally.
Graduation outcomes: The department reports that its graduate alumni have progressed into academic, research, industrial and professional positions nationally and internationally, with recent examples including pharmaceutical scientists, medicinal chemists, process engineers and surface chemists.

Further Academic Progression: Graduates can continue into doctoral-level study, particularly the PhD in Chemistry at Florida State University, where research is available across analytical, biochemistry, inorganic, materials, organic and physical chemistry. The department also participates in interdisciplinary graduate areas including materials science and molecular biophysics, providing additional routes for students who want to specialize further through research.