Master of Arts in Chemistry

The one-year M.A. in Chemistry at Brandeis University combines graduate-level coursework with seminar participation, allowing students to develop advanced knowledge across at least two chemistry areas rather than following a thesis-based research structure. Students can tailor their studies toward areas such as organic, physical, materials, inorganic and chemical biology, while gaining exposure to Brandeis's research environment, specialized instrumentation and scientific facilities.

Graduate coursework: Students complete six graduate-level lecture courses, with courses selected from at least two areas including inorganic, materials, organic, physical chemistry and chemical biology, alongside two semesters of colloquium and one specialty seminar.

• Research exposure: Although the one-year MA does not require the research project and thesis that are part of the two-year MS, students study within a department with active research programs in biophysical chemistry, chemical biology, materials science, organic chemistry and physical chemistry.
• NMR Facility: The Brandeis University Nuclear Magnetic Resonance Facility (BrUNMR) provides four spectrometers ranging from 400 to 800 MHz, supporting small-molecule analysis, multidimensional structural studies and biomolecular research.
• Mass Spectrometry Facility: Students are part of a research environment supported by the Brandeis University Mass Spectrometry Facility, which provides proteomic, metabolomic and structural-confirmation analyses, including sample preparation, mass spectrometry and data analysis.
• Laboratory instrumentation: Chemistry research facilities include ESR, UPLC-MS, MALDI-TOF-MS, solid-state NMR, circular dichroism, fluorescence spectroscopy, GC/MS, UV-visible and Fourier-transform IR spectrometers, as well as chromatography equipment and controlled-atmosphere dry boxes.
• Specialized research tools: The department provides access to continuous-flow stirred-tank reactors, gas and liquid chromatography equipment and laser sources, giving students exposure to sophisticated experimental techniques used across chemistry research.
• Scientific seminars: The MA curriculum includes two semesters of colloquium and one semester of a specialty seminar, giving students structured opportunities to engage with current chemical research and scientific communication.
• Library training: All graduate students are required to complete a designated library training program during their first year, supporting effective use of scientific information resources and research literature.
• Interdisciplinary facilities: Brandeis's School of Science, Engineering and Technology provides access to core research facilities including NMR, Mass Spectrometry, Light Microscopy and Cellular Visualization/Electron Microscopy, supporting the university's broader interdisciplinary research environment. 

The one-year M.A. in Chemistry at Brandeis University gives students advanced graduate-level preparation through coursework in their chosen chemistry area, supported by study across inorganic, materials, organic, physical chemistry and chemical biology. The degree can support progression into chemistry-related scientific roles or further graduate study, while Brandeis’s Boston-area location provides access to a major scientific and research community.

Typical job roles: Chemist, Laboratory Scientist, Research Associate, Analytical Chemist.

Career services: Graduate students should work with the career counseling office associated with their graduate program; Brandeis’s career resources include support for job and internship searches, networking, interviewing, application materials and graduate-school planning. Brandeis also reports more than 250 career-focused events annually and employer engagement through networking events, career fairs, treks, job postings and virtual events.

Employment statistics: Brandeis reports that 98% of the Class of 2025 was employed, attending graduate school or engaged in another meaningful activity within six months of graduation. The university’s chemistry-specific M.A. employment rate is not separately stated in the official outcome data reviewed.

Salary figures: Brandeis’s 2024–25 Hiatt Annual Report reports an average starting salary of $65,364 for the Class of 2024, with salaries varying by field; this is a university-wide graduate outcome and is not specific to M.A. Chemistry graduates.

University–industry connections: Brandeis Chemistry states that its graduates pursue careers in academia and the pharmaceutical, chemical and petroleum industries, while its Boston-area location provides access to internship, research and employment opportunities. The department also highlights productive collaborations within and outside Brandeis.

Professional accreditation: The official Brandeis Chemistry sources reviewed do not state a separate professional accreditation or ACS certification for the M.A. in Chemistry; therefore, no specific long-term accreditation benefit is claimed for this master's degree.

Graduation outcomes: Brandeis reports that graduates move directly into employment, advanced study and other meaningful activities, with 39.1% of the Class of 2025 entering graduate school and 56.9% employed within six months; these figures cover the university-wide graduating class rather than the M.A. Chemistry cohort. Brandeis also identifies science and research among the leading first-job fields and lists research employers such as the Broad Institute among destinations of recent graduates.

Further Academic Progression: After completing the M.A., students can pursue doctoral-level study in chemistry or related scientific fields. Brandeis itself offers a Ph.D. in Chemistry, with research programs spanning areas including organic, physical, biophysical and materials chemistry, and its chemistry graduates have progressed into academic and industry research careers.