Medicinal Chemistry MS

2 Years On Campus Masters Program

University at Buffalo SUNY

Program Overview

The MS in Medicinal Chemistry at the University at Buffalo is a two-year, 30-credit, thesis-based graduate program designed for students seeking advanced preparation in drug-related chemical sciences, with a strong balance of graduate coursework, independent research, and experimental laboratory training. Students develop advanced medicinal-chemistry knowledge alongside core chemical principles, research design, analytical skills, and scientific communication, making the program particularly relevant to students targeting pharmaceutical or chemical research careers or further doctoral study.

Curriculum Structure

Year 1: The first year establishes the advanced chemical and medicinal-chemistry foundation required for research, combining graduate-level coursework with the development of experimental and analytical skills. Students progress into advanced medicinal chemistry, core chemistry areas, and research preparation, while beginning work with faculty and the department's modern research infrastructure.

Year 2: The second year places greater emphasis on independent research and specialization, with students conducting experiments, analyzing and interpreting results, and developing the scientific communication skills needed to present their findings. The program culminates in an MS thesis and thesis defense, allowing students to demonstrate their ability to conduct and communicate original medicinal-chemistry research.

Focus areas: Medicinal chemistry, bioorganic chemistry, computational and theoretical chemistry, organic chemistry, analytical chemistry, spectroscopy, synthesis, separations and analysis.

Learning outcomes: Apply advanced chemical theory and methods, design and independently conduct experiments, analyze and interpret research results, develop experimental and analytical laboratory skills, and communicate scientific findings through written and oral presentations.

Professional alignment (accreditation): The MS in Medicinal Chemistry is officially registered with the New York State Education Department (SED); the official UB program page does not state a separate professional accreditation specific to this MS degree.

Reputation (employability rankings): University at Buffalo: QS World University Rankings 2026 placed UB No. 410 globally and No. 64 among U.S. public and private institutions; within the QS 2026 subject rankings, UB was No. 52 in Chemistry and No. 22 in Pharmacy & Pharmacology in the U.S.

Experiential Learning (Research, Projects, Internships etc.)

The MS in Medicinal Chemistry at the University at Buffalo is a thesis-based, research-focused program where students develop advanced experimental and analytical skills through coursework and sustained laboratory research. The program requires students to conduct medicinal chemistry research and complete a defended thesis, giving them direct experience designing, conducting and interpreting experiments rather than limiting their learning to classroom study. UB’s Chemistry Department provides access to modern laboratories, state-of-the-art instrumentation and computational tools within an R1 research environment.

The program’s practical training is built around independent research and advanced chemical analysis, with opportunities to work in areas such as bioorganic and medicinal chemistry, computational and theoretical chemistry, organic chemistry and related chemical sciences. Specific experiential opportunities include:

Thesis research: Students complete MCH 615 Medicinal Chemistry Research I and II for a total of 12 research credits and undertake research culminating in a master’s thesis and defense.
Drug-discovery projects: The curriculum includes MCH 501 Drug Discovery Principles, while advanced options include MCH 502 Medicinal Chemistry 2, MCH 524 Mechanisms of Drug Action, MCH 525 Molecular Modeling, and MCH 527 Combinatorial Chemistry, connecting laboratory research with drug design and discovery.
Molecular modeling: MCH 525 Molecular Modeling provides program-specific exposure to computational approaches used in medicinal chemistry; UB's Chemistry Department also identifies computational and theoretical chemistry as a faculty research area.
Analytical instrumentation: Students can develop advanced analytical skills through UB Chemistry's research infrastructure and instrumentation, supported by the department's state-of-the-art laboratories and computational tools.
Instrumentation and statistics: CHE 508 Statistics & Instrumentation is an approved graduate elective, giving students an opportunity to strengthen their understanding of chemical measurement and research data.
Independent experimental skills: The MS program specifically develops the ability to design, conduct and plan experiments independently and analyze and interpret research results within a chosen specialization.
Research laboratories: UB's Chemistry graduate environment includes modern research laboratories in the Natural Sciences Complex, where medicinal chemistry students work with faculty mentors on original research.
Interdisciplinary research: Students can benefit from UB's wider research environment, including collaborations across chemistry, biomedical sciences and related disciplines. The university's research facilities include shared core instrumentation and facilities that support multidisciplinary research and provide equipment, data analysis and training.
Faculty mentoring: Students work closely with faculty mentors while developing advanced experimental skills and conducting their thesis research, providing a direct connection between graduate coursework and active research.
Internships/field trips/group projects: The official MS Medicinal Chemistry program page does not specifically state a required internship, field-trip component or designated group-project requirement. The documented experiential component is primarily faculty-guided laboratory research and the thesis.
Digital tools: The official program information specifically identifies molecular modeling as a graduate course area and the Chemistry Department identifies computational tools as part of its graduate research environment; a specific software package is not named on the official MS program page.

Progression & Future Opportunities

The MS in Medicinal Chemistry at the University at Buffalo combines advanced medicinal chemistry with independent thesis research, preparing graduates for research-oriented careers in pharmaceutical and chemical industries, government laboratories, and related scientific settings. The program also provides a direct foundation for continued doctoral study in medicinal chemistry or related disciplines, making it suitable for students targeting roles such as Medicinal Chemist, Pharmaceutical Research Scientist, Laboratory Scientist, and Research Associate.

Career progression and opportunities:

Career Design Center: UB students can use Bullseye powered by Handshake to find jobs and internships, book appointments with career consultants, receive resume reviews, develop interviewing and job-search strategies, and connect with professionals. Master's students also receive access to Beyond Graduate School, an on-demand career training platform covering career options and job-search strategies.
Employment and salary figures: UB's official chemistry career data, using U.S. Department of Labor and O*NET data from 2024, lists a mean annual wage of $95,940 for chemists, $61,300 for chemical technicians, and $173,500 for natural sciences managers. UB identifies pharmaceuticals, biotech, research and development, medicine, and government research among the sectors where chemistry graduates can work.
Industry connections: UB's Center of Excellence in Bioinformatics and Life Sciences (CBLS) connects university research with life-sciences companies through shared equipment, wet laboratories, scientific expertise, joint R&D funding, and commercialization support. Its listed company partners include Curia (formerly AMRI), Thermo Fisher Scientific, POP Biotechnologies, KSL, Circuit Clinical, and Formapath; this creates an industry-facing research ecosystem relevant to drug discovery and pharmaceutical science.
Drug-development partnerships: UB's Center for Protein Therapeutics works with leading pharmaceutical companies on next-generation protein drugs and provides structured research training through the CBLS. The university also operates the Translational Pharmacology Research Core, which brings together the School of Pharmacy and Pharmaceutical Sciences, CBLS research cores, and other units within UB's Academic Health Center for bioanalysis and drug-development research.
Research environment: The program is thesis-based and gives students opportunities to develop advanced experimental skills while working closely with faculty mentors. UB's Chemistry Department highlights state-of-the-art instrumentation and a research environment spanning medicinal, organic, analytical, biological, inorganic, and physical chemistry.
Accreditation and institutional recognition: UB has maintained continuous institutional accreditation from the Middle States Commission on Higher Education (MSCHE) since 1921, and its School of Pharmacy and Pharmaceutical Sciences degree programs fall within that university accreditation. The MS in Medicinal Chemistry is also officially registered with the New York State Education Department, providing institutional and state-level recognition for the degree.
Graduation outcomes: UB identifies research positions in pharmaceutical or chemical-related fields, laboratory-based roles in industry or government, and doctoral study in medicinal chemistry or related disciplines as common pathways for MS Medicinal Chemistry graduates. UB's broader Chemistry Department also notes career opportunities across pharmaceuticals, biotech and medicine, government research, environmental science, and research and development.

Further Academic Progression: After completing the MS in Medicinal Chemistry, students can continue into UB's PhD in Medicinal Chemistry, a research-intensive doctoral program focused on drug discovery and design, chemical biology, molecular biology, and pharmacology. The PhD emphasizes sustained original research and culminates in a doctoral dissertation, preparing graduates for academic research and teaching, scientific research in industry or government laboratories, and research leadership roles. Students may also consider UB's PhD in Chemistry or related doctoral programs depending on their research interests.