Kathleen Gibson
- Apr 17, 2023
- by Marisa LaFalce
- Holistic Human Health, Sustainability + Society
Fashion design management students named FSF scholars
Maisie McDonald ’23 and Leah Rosenkranz ’24, both fashion design management majors, were named 2023 Fashion Scholarship Foundation (FSF) scholars. Each earned $10,000 scholarships, attended career workshops and a gala in New York City, and will receive mentoring opportunities.
FSF is a fashion-oriented education and workforce nonprofit that provides scholarship and career opportunities to students. The FSF case study scholarship, their signature program, is open to high-achieving students who submit a winning case study on
- Mar 6, 2023
- by Marisa LaFalce
- Holistic Human Health, Technology + Human Thriving
Park integrates technology and design to create on-body interfaces
Heat stress from exposure to extreme temperatures is an occupational hazard for firefighters and may put them at risk for cardiovascular disease. In response to this health concern, Heeju Park, associate professor in the Department of Human Centered Design is designing smart fire-gear that monitors heat stroke risk and cardiovascular malfunction through textile-friendly sensors and on-skin cooling technology.
Park shared his research and teaching at the intersection of design, technology, safety, and well-being at the
- Nov 21 ,2025
- by Jaleesa Reed
- Human Centered Design
- https://cornell.zoom.us/j/98748114006?pwd=wcoM3kcQyxwkuSbxfGsWKuTbA1hqwa.1Meeting ID: 987 4811 4006 Passcode: 059471
Designing a Systems Architecture for Biobased Manufacturing with Industrial Hemp
Industrial hemp is standing at a threshold between legacy and innovation. Oregon State University’s (OSU) Global Hemp Innovation Center (GHIC) is advancing a model for how plant-based systems can transform the future of materials, design, and advanced manufacturing. This presentation introduces a “gene-to-plant-to-field-to-factory-to-fashion” framework that uses a systems approach linking molecular genetics, agronomy, processing technology, and apparel design into an integrated biobased manufacturing ecosystem with the research, engagement, and educational components needed to support it
James Dalton Rounds
Through my life and research experiences, I've become fascinated with the question: how do we tap into our full potential? Specifically, I investigate "learning readiness", or the social, cognitive and neural features that predict academic motivation and learning success. I believe these clues will reveal the depths of an individual's potential to learn. And tracking the development of these features, as well as how they vary over time, across individuals from diverse backgrounds, and across