MS Chemistry

2 Years On Campus Masters Program

Purdue University West Lafayette

Program Overview

The MS in Chemistry at Purdue University West Lafayette is a research-intensive graduate program designed for students seeking advanced expertise and original research experience across analytical chemistry, biochemistry, inorganic chemistry, materials chemistry, organic chemistry and physical chemistry. Students build specialized knowledge through graduate coursework and at least 12 credits of research, culminating in an approved research thesis rather than a non-thesis master's option.

Curriculum Structure

Year 1: Students begin by developing advanced knowledge in their selected chemistry area through an advisor-approved Plan of Study, with at least 12 credits at the 600 level and a minimum of 18 graduate coursework credits required overall. Depending on the research division, foundational study can include CHM 69600: Foundational Analytical Chemistry, CHM 63400: Biochemistry Structural Aspects, CHM 64100: Advanced Inorganic Chemistry, CHM 65100: Advanced Organic Chemistry, or CHM 67100: Advanced Physical Chemistry.

Year 2: The second stage centers increasingly on independent research and thesis development, with students completing the required CHM 69800 research credits and progressing toward their approved master's research thesis. Students tailor their coursework and research with their advisor and committee, allowing study in areas such as mass spectrometry, NMR spectroscopy, chemical imaging, nanomaterials, catalysis, drug discovery and chemical biology.

Program structure: Purdue requires at least 30 total graduate credits, comprising a minimum of 18 coursework credits and at least 12 research credits; the department does not offer a non-thesis MS in Chemistry. Direct admission to the MS is generally limited to special circumstances, with Purdue Chemistry stating that it primarily admits students to its PhD program and currently makes an exception for fully funded U.S. military veterans and active-service applicants seeking the MS.

Focus areas: Analytical Chemistry, Biochemistry, Chemical Biology, Inorganic Chemistry, Materials Chemistry, Organic Chemistry, Physical Chemistry, Theoretical Chemistry; interdisciplinary research includes bioanalytical, bioorganic, bioinorganic, physical organic chemistry, organometallic chemistry, chemical physics and quantum science.

Learning outcomes: Advanced disciplinary knowledge, independent chemical research skills, research planning and analysis, specialized laboratory and instrumentation experience, scientific communication, and the ability to produce an original master's research thesis.

Professional alignment (accreditation): Purdue's official accreditation information specifically identifies its BS Chemistry as ACS-accredited; an ACS accreditation designation is not stated for the MS in Chemistry. Purdue Chemistry also states that its program was the first in the U.S. to receive approval from the Royal Society of Chemistry, but the university page does not identify this as a separate accreditation of the MS degree.

Reputation (employability rankings): Purdue's Department of Chemistry reports the department at #35 nationally in its most recent U.S. News & World Report chemistry-department ranking and its analytical chemistry program at #1 in the U.S.; Purdue's College of Science currently identifies the analytical chemistry graduate program as #1 according to U.S. News & World Report (2023).

Experiential Learning (Research, Projects, Internships etc.)

The MS in Chemistry at Purdue University West Lafayette is built around substantial research training, with students completing at least 12 credits of MS research (CHM 69800) and an approved research thesis rather than a non-thesis master's option. Students can work with faculty research groups and use Purdue Chemistry's extensive instrumentation and analytical infrastructure, gaining practical experience in areas including analytical, organic, inorganic, physical, materials and theoretical chemistry. The department provides hands-on access to research instrumentation, custom instrument development, spectroscopy, mass spectrometry, NMR, X-ray crystallography and other advanced measurement techniques.

Key experiential learning opportunities include:

Research thesis: Every MS student completes a research thesis, with at least 12 credits of CHM 69800 research forming a substantial part of the degree. The thesis must be approved and follows Purdue's graduate-school requirements.
Research laboratories: Students can undertake faculty-led research across analytical chemistry, biochemistry and chemical biology, inorganic chemistry, materials chemistry, organic chemistry, physical chemistry and theoretical chemistry.
Research Instrumentation Center: The RIC provides access to shared departmental instrumentation, including high-resolution mass spectrometry and elemental analysis using ICP-MS and CHN, with instrument training available to users. Access is managed through Purdue's iLab web-based software.
NMR Facility: Purdue's interdepartmental NMR facility provides graduate students with access to high-field NMR instruments, solid-state capabilities and specialist technical assistance.
X-ray crystallography: The department provides a dedicated, state-of-the-art X-Ray Crystallography Facility, supporting structural characterization and research applications.
Custom instrumentation: The Jonathan Amy Facility for Chemical Instrumentation (JAFCI) supports research through instrument design, fabrication, repair, specialized circuits, software and interface support. Students can therefore encounter instrumentation that is specifically developed for individual research problems rather than relying only on commercial equipment.
Materials characterization: Materials-chemistry research provides access to chemical imaging, electron microscopy, wide-angle X-ray diffraction, AFM and XPS, together with tools for evaluating electronic, mechanical and optical properties.
Advanced analytical research: Purdue Chemistry research includes mass spectrometry, separation science, non-linear laser methods, chemical imaging and microscopy, spectroscopy, NMR and atmospheric monitoring, giving students opportunities to work across modern experimental chemistry.
Interdisciplinary research facilities: Chemistry research extends into Discovery Park, the Birck Nanotechnology Center, Purdue Research Park and the Drug Discovery Building, supporting interdisciplinary work beyond the core chemistry laboratories.
Research assistantships: Eligible graduate students may participate in Research Assistantships, working on funded research projects under the direction of a major advisor.
Teaching and laboratory experience: Graduate students appointed as teaching assistants can supervise undergraduate laboratory sessions, present laboratory material, grade lab reports and develop instructional and presentation skills.
Teaching laboratories: Purdue Chemistry maintains dedicated facilities for inorganic and analytical chemistry, physical chemistry, analytical chemistry and biological chemistry, alongside general and organic chemistry laboratories.
Scientific instrumentation and training: The department's research-support facilities provide custom instrument fabrication, measurement consulting, analytical services and hands-on training for students, strengthening practical laboratory and instrumentation skills.
Industry-connected research: Purdue Chemistry reports that faculty and staff have contributed to the creation of more than 20 start-up companies and have developed intellectual property subsequently licensed to the commercial sector, providing a connection between academic chemistry research and technology transfer.

Progression & Future Opportunities

The MS in Chemistry at Purdue University West Lafayette is designed around advanced coursework and substantial research, giving graduates a strong foundation for scientific careers and further doctoral study. Students can specialize through Purdue’s chemistry research areas, including analytical, biochemistry, inorganic, materials, organic and physical chemistry, as well as interdisciplinary areas such as chemical biology, quantum science and chemical physics.

Career opportunities: Research Chemist, Analytical Chemist, Materials Scientist, Chemical Research Scientist.

Career development and graduate outcomes:

Professional development: Purdue Chemistry provides professionalization workshops and job talks throughout the semester, along with chemistry job postings, résumé/CV resources, individual development plans, internship information, mentoring opportunities and professional-development resources through the Office of Professional Development.
Employer engagement: Purdue Chemistry reports that major corporate recruiters work with the department to hold information sessions and recruiting events, interview graduate students on campus, and promote available positions and internships.
Industry connections: The Chemistry Department’s Discovery Partners Program creates direct research interactions between Purdue chemists and participating industrial and technical organizations. The program supports collaborative research, personnel exchanges, advanced chemical-instrumentation training, company presentations and recruitment connections.
Industry and research ecosystem: Purdue Science works with industry, national laboratories, government agencies and nonprofit organizations through sponsored research, consulting, scientific expertise and student innovation projects. Purdue identifies chemistry, biotechnology, advanced materials, quantum science and related areas among its research partnership strengths.
Employment statistics and salary: Purdue's current public Boilermaker Career Outcomes dashboard reports university-wide outcomes for the May 2026 graduating class, including 90.3% of graduates reporting successful career outcomes; however, Purdue does not publish a chemistry-MS-specific employment rate or salary figure on the official Chemistry pages reviewed, so a program-specific salary is not stated.
Research-based outcomes: The MS requires at least 12 credits of CHM 69800 research, alongside graduate coursework, and every MS student must complete an approved research thesis. This provides a substantial research component that can support progression into scientific research positions or doctoral-level study.
Professional networking: The Purdue Graduate Student Chapter of the American Chemical Society provides networking opportunities with local industry professionals, travel-grant opportunities and opportunities to attend and participate in ACS meetings and symposia.
Accreditation value: A separate professional accreditation specific to Purdue’s MS in Chemistry is not stated on the official Chemistry graduate-program pages reviewed. The program therefore should not be presented as carrying a specialized professional accreditation unless Purdue identifies one.
Graduation outcomes: Purdue Chemistry's graduate program is intended to develop researchers capable of making original contributions to chemistry and related disciplines. The department offers MS and PhD study across six major chemistry areas, allowing graduates to build a pathway toward advanced research, industry or academic careers.

Further Academic Progression: After completing the MS in Chemistry, students can pursue a PhD in Chemistry at Purdue, potentially continuing into one of the department's analytical, biochemistry, inorganic, materials, organic or physical chemistry research areas. The MS can also provide preparation for doctoral research in interdisciplinary areas such as chemical biology, bioanalytical chemistry, chemical physics, quantum science and related fields at Purdue or other institutions.