27 Master's degrees offered by the university

The Electrical Engineering degree from University at Buffalo is usually a terminal degree for those not wishing to continue on to a PhD.

The Engineering Sciences (Quantum Science and Nanotechnology) at University at Buffalo is an interdisciplinary program designed to provide students with cutting-edge training in the emerging area of quantum technologies in response to technological advances.

The MS in Engineering Science (Sustainability) from the University at Buffalo, provides students with a core foundation in Sustainability Fundamentals, Renewable Energy, Economics, Environmental Quality and Engineering Practice, Ethics and Manufacturing.

The Engineering Science (Data Science) M.Sc. programme at the University at Buffalo equips students with essential skills in data analysis and management. This full-time or part-time course spans 1 to 2 years, providing a robust foundation in big data methodologies and practical applications, ensuring graduates are industry-ready.

The Chemical Engineering (Chemistry and Processing of Materials) program of the University at Buffalo offers a Master of Science (MS) degree and a Master of Engineering (ME) degree.

The University at Buffalo offers a unique Materials Design and Innovation program which emphasizes a data driven perspective of materials discovery and design

The degree of Master of Science (MS) in Electrical Engineering from the University at Buffalo comprises an academic core and a cohesive set of advanced courses, culminating in a thesis, or comprehensive examination.

The Internet of Things (IoT) is the network of physical objects embedded with electronics, software, sensors, and network connectivity that enables these objects to collect and exchange data. Join the MSc in Engineering Sciences (Internet of Things) from the University at Buffalo to learn more.

The Industrial Engineering programme from the University at Buffalo provide advanced study beyond the baccalaureate degree for those with initial degrees in IE as well as for those from other disciplines who wish to enter the field. 

The Aerospace Engineering M.Sc. at University at Buffalo is a comprehensive programme delivered in person. Students can choose full-time or part-time study modes, typically completing the 30-credit curriculum within 1.5 to 2 years. It provides advanced technical training for leadership roles in the global aerospace sector.

The Civil Engineering M.Sc. at University at Buffalo is a 30-credit postgraduate programme designed for advanced technical mastery. Available in a public study mode, the curriculum offers diverse focus areas and flexible completion paths, including thesis or exam options, to prepare students for high-level professional practice.

The Civil Engineering programme at University at Buffalo is a comprehensive 30-credit Master of Science degree. Students can engage in full-time study on campus, choosing from diverse focus areas to suit their career goals. This flexible curriculum allows for individualised specialisation in a world-class academic setting.

The Chemical Engineering master's degree at the University at Buffalo reflects mastery of core and specialized areas of chemical/biological engineering, as well as the ability to conduct research on a well-defined problem formulated by the student's faculty advisor.

The Chemical Engineering (Biotechnology)  is a course-and-research-based program offered by the University at Buffalo. Laboratory rotations provide you opportunities to collaborate and hands-on experience in lab techniques.

The Engineering Science (Cybersecurity)  program of the University at Buffalo deepens your knowledge of computer science topics and increases your employability. It typically leads to better professional employment opportunities and a higher salary.

The Biomaterials programme at University at Buffalo is a two-year, full-time Master of Science degree delivered in person. This interdisciplinary course focuses on synthetic and natural materials used in dentistry and engineering. Students engage in research-based learning to develop advanced medical devices and therapies.

The Engineering Science - Quantum Science and Nanotechnology M.Sc. at University at Buffalo is an interdisciplinary full-time programme. Spanning 1.5 years of in-person study, it provides advanced training in quantum mechanics and nanoscale devices to prepare students for the global quantum revolution in engineering.

The Mechanical and Aerospace Engineering programme at University at Buffalo offers advanced Master of Science degrees with full-time and part-time study modes. Typically completed in 1.5 to 2 years, this curriculum provides flexible pathways for students to specialise in technical research or professional industrial practice.

The Environmental and Water Resources Engineering program of the University at Buffalo contributes to the solution of important environmental problems through careers in research, government, consulting or the private sector.

Spanning both the School of Engineering and Applied Sciences and the Jacobs School of Medicine and Biomedical Sciences, our students gain in-depth knowledge and participate in hands-on laboratory research in a fast-growing, multifaceted industry. Biomedical Engineering is offered at Buffalo.