Product Design student Angie Wu asks the following question in her research:
How might we design a dress shoe that combines traditional and modern design elements to improve comfort and stability for senior women during social gatherings?
This project explores how to make heels more comfortable and supportive—especially for older women—by studying nature and using modern technology. Inspired by the soft padding in a cat’s paw and foot changes during pregnancy, a new type of heel structure was designed using 3D printing. Through surveys and hands-on user testing, the project focused on finding the right balance between style, comfort, and stability, so that women can enjoy wearing heels at social events with less foot pain.
This project aims to improve the well-being and confidence of senior women by offering a more comfortable alternative to traditional high heels. By addressing common pain points such as foot width, balance, and pressure distribution, the design supports women who wish to stay active and stylish at social events without compromising on comfort. The project also raises awareness around inclusive footwear design and promotes sustainable prototyping practices through the use of 3D printing and bio-based materials. Ultimately, it encourages designers to consider aging populations in product development, helping to create more empathetic and health-conscious fashion solutions.
Research at the KPU Wilson School of Design creates evidence-led solutions. We work with companies, organizations and institutions in a collaborative process to design and deliver solutions for complex and evolving challenges.
Supervisor: Victor Martinez
UN Goals: 3, 9
Program: Product Design
