Human Ecology (Fiber Science & Apparel Design) is a graduate program focused on how fibers, textiles, and polymers are engineered for real-world applications—from advanced materials and composites to biomedical and consumer products.You’ll study the science behind apparel and functional textiles while working with research facilities and faculty across Human Ecology and Engineering.
The Human Ecology (Fiber Science & Apparel Design) graduate program at Cornell University delves into the engineering of fibers, textiles, and polymers, exploring their applications in various fields such as advanced materials, biomedical solutions, and consumer products. This program is designed to enhance your understanding of the science behind apparel and functional textiles, offering hands-on experiences through access to state-of-the-art research facilities and collaboration with faculty from both Human Ecology and Engineering disciplines.
The curriculum integrates advanced coursework in fiber, textile, and polymer science with opportunities for research-oriented study, allowing you to apply theoretical knowledge in practical settings. Course offerings may vary by term and track, covering core and advanced topics such as:
Applied learning & lab access: Students will have opportunities to engage with sophisticated instrumentation for chemical, physical, and mechanical analysis, as well as specialized environments for controlled temperature and humidity, along with facilities dedicated to apparel and visual analysis.
Specialization pathway: Applicants interested in Apparel Design are typically required to submit a portfolio as part of the admissions process.
To be considered for admission into the graduate program, applicants must meet the following criteria:
Graduates of the Human Ecology program are well-prepared for various career paths in industries related to textiles, apparel design, and advanced materials. Potential roles may include positions in research and development, product design, quality assurance, and project management across sectors such as fashion, healthcare, and engineering. The interdisciplinary nature of the program equips students with the skills needed to innovate and excel in a rapidly evolving marketplace.
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