UROP Research Mentor Project Submission Portal: Submission #1110

Overall Research Project Description Athleisure has emerged as one of the most influential trends in contemporary fashion, blending the performance qualities of sportswear with the style and versatility of everyday clothing. While its popularity continues to grow, the rapid expansion of the athleisure market presents critical challenges related to comfort, fit, and sustainability. Many current designs fail to accommodate diverse body shapes, adapt to varying activity levels, or minimize environmental impact across the product lifecycle.

Purpose of the Study
This study seeks to address these challenges by reimagining athleisure design through the integration of ergonomic innovations, advanced textile technologies, and sustainable production methods. By examining market gaps, consumer preferences, and recent advancements in fabric engineering, the research aims to create apparel that enhances comfort, ensures an optimal fit for a wide range of body types, and reduces the environmental footprint. The ultimate outcome will be a set of actionable design guidelines for fashion designers, manufacturers, and brands, enabling the development of athleisure products that perform effectively, appeal aesthetically, and align with the principles of environmental responsibility, contributing to a more sustainable future for the fashion industry.

Research Questions
To achieve this aim, the study will address the following research questions:
RQ1: How can ergonomic design principles be applied to athleisure apparel to enhance comfort during both active and casual wear?
RQ2: What design and material innovations can improve garment fit for a wider range of body shapes and sizes in the athleisure market?
RQ3: How can sustainable textiles and production methods be integrated into athleisure apparel without compromising performance or durability?
RQ4: How do consumer perceptions and preferences influence the balance between comfort, fit, and sustainability in athleisure design?
RQ5: How can advancements in digital design tools (e.g., 3D prototyping, virtual fitting) support the development of sustainable and well-fitted athleisure products?

Expected Contribution
This research will provide both theoretical and practical contributions to the field of fashion design. It will advance understanding of how ergonomic and sustainable practices can be merged in the context of athleisure and will offer concrete, evidence-based recommendations for industry stakeholders. By combining user-centered design principles with cutting-edge material innovations, the study will contribute to the creation of apparel that meets the functional, aesthetic, and environmental expectations of modern consumers.