Cost & earnings at University of Massachusetts Amherst What students borrow here, and what they go on to earn
The M.Sc. in Materials Engineering at the University of Massachusetts Amherst is a graduate programme combining advanced coursework and hands-on research in areas such as polymers, ceramics, electronic and structural materials. It suits graduates with a strong background in engineering, physics or chemistry who want to develop materials design, characterisation and processing skills for careers in industry, national labs or further academic research.
The master's in Materials Engineering blends core foundations with specialised electives and laboratory experience. Core topics typically include materials thermodynamics and kinetics, structure–property relationships, mechanical behaviour of materials, and materials characterisation techniques. Practical training emphasises microscopy and spectroscopy methods (for example SEM, TEM, XRD), materials processing and fabrication, and testing methods for mechanical, thermal and electrical properties.
Students choose between thesis (research) and non-thesis (coursework and project) tracks. Research areas available across the department include polymers and soft matter, ceramics and composites, electronic and optical materials, biomaterials, nanostructured materials and computational materials science. Interdisciplinary collaboration is common, with opportunities to work alongside researchers in polymer science, engineering disciplines, chemistry and physics. Typical programme structure combines advanced lectures, laboratory courses, seminars and a capstone research project or thesis.
Applicants are normally expected to hold a bachelor’s degree in materials science and engineering, mechanical engineering, chemical engineering, physics, chemistry or a closely related discipline. Successful candidates typically demonstrate a strong foundation in mathematics, physics and introductory materials science or equivalent coursework. Admission requires official academic transcripts, a statement of purpose outlining research interests and goals, and letters of recommendation from academic or professional referees.
International applicants must meet English language proficiency requirements. Some applicants may be invited to interview. The programme evaluates applications holistically, considering prior preparation, research experience, fit with faculty expertise and potential for success in graduate-level study.
Graduates from the programme move into a wide range of technical and leadership roles. Typical positions include materials engineer, process or manufacturing engineer, failure analysis engineer, materials characterisation scientist, R&D engineer, and quality or reliability engineer. Sectors employing graduates include aerospace and defence, automotive, electronics and semiconductors, medical devices and biomaterials, energy and environmental technologies, polymers and composites, and advanced manufacturing.
Many students continue to doctoral study or move into roles that bridge engineering and business such as product development, technical consulting, patent and intellectual property work, or management in high-technology companies and start-ups. The programme’s emphasis on hands-on characterisation and processing skills is particularly valuable for roles that require laboratory leadership and cross-disciplinary collaboration.
UMass Amherst offers a materials programme with strong research activity, well-equipped laboratories and access to shared instrumentation and core facilities that support advanced characterisation and fabrication. The department fosters close faculty–student interaction, enabling students to join active research groups and participate in collaborative, interdisciplinary projects.
The university’s location in the Northeastern United States provides links to regional industries and national research networks, supporting internships and employment opportunities. The broader campus environment includes complementary expertise in polymer science, chemistry and engineering, enhancing cross-departmental collaboration and expanding the range of research topics available to master’s students.
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