

The Fiber Science program at Cornell University provides a deep exploration into the structure, properties, and performance of fibers and fiber-based materials. It combines materials science, chemistry, and engineering principles to understand how fibers behave and interact in various environments. Students develop the analytical and creative skills necessary to innovate in industries such as textiles, composites, biomedicine, aerospace, and sustainability-focused materials design.
Cornell’s interdisciplinary approach equips students with both theoretical foundations and hands-on experience in labs and research projects. The curriculum emphasizes problem-solving in fiber development, functional materials, and product innovation. Students also engage in ethical and sustainability discussions, preparing them to contribute to fields where material efficiency, human health, and environmental impact converge. This program nurtures future leaders who can shape the future of high-performance and sustainable materials.
Year 1 – Foundations in Science and Engineering
Year 2 – Core Fiber and Material Studies
Year 3 – Advanced Fiber Systems and Applications
Year 4 – Integration and Innovation
Graduates of the Fiber Science program pursue diverse careers in technical textiles, biomedical device development, materials engineering, and product innovation. They are employed in sectors such as healthcare, defense, fashion technology, and sustainable manufacturing. Roles may include fiber materials engineer, R&D specialist, quality control analyst, and product development scientist. Many graduates also continue into graduate school for materials science, biomedical engineering, or sustainability studies. The program’s broad technical scope and research orientation provide strong preparation for both industry and academia, particularly in roles requiring interdisciplinary knowledge and applied scientific thinking.
Cornell’s Fiber Science program stands out with its blend of science, creativity, and innovation, making it ideal for students passionate about developing materials that impact everyday life and emerging industries. With access to cutting-edge laboratories, experienced faculty, and a strong research ecosystem, students gain both technical depth and practical problem-solving capabilities. The curriculum’s flexibility allows for customization toward interests like biomedical materials, sustainable systems, or high-performance fibers. Graduates leave prepared to contribute meaningfully in roles that demand not only scientific rigor but also a forward-thinking approach to global material challenges.
For further information, please contact the admissions office at:
Phone: +1 607 255 2000
Email: admissions@cornell.edu
Address: Cornell University, Ithaca, NY 14850, United States