2026 | Professional

MUSE Design Awards Gold Winner

Pelvic Floor Muscle Training APP

Entrant

Shenzhen Root Innovation Technology Co., Ltd.

Category

Product Design - UX / UI / IxD

Client's Name

-

Country / Region

China

Gallery

About The Entry

This pelvic floor muscle training app is designed to help users—particularly women, but also men—improve their pelvic health in a scientific, safe, and sustainable way. Traditional pelvic floor exercises are often neglected because they are abstract, internal, and difficult to quantify. Without professional guidance and a feedback mechanism, users often give up. This app is built on the core philosophy that "design makes health tangible," creating a professional personal coaching system you can carry anywhere. By blending interaction design, medical data, and visual language, it transforms the complex training process into an experience that is intuitive, systematic, and easy to maintain.

The interface's color palette uses a gradient of warm, skin-toned pinks and soft whites to create an effect that is both professional and approachable. On the control page, a circular breathing animation symbolizes the rhythm of muscle contraction and relaxation, infusing the training process with a sense of living rhythm. The data feedback screen uses dynamic graphics and wave-like light bands to visualize the process of muscle contraction and release, allowing users to literally "see their effort." Compared to similar products in the market, this app innovatively introduces concrete visual feedback and a gamified incentive system, transforming training from the dull execution of commands into an interactive and encouraging emotional experience.

With its gentle visual language and friendly user experience, the app encourages both women and men to pay attention to their bodies and helps break the social taboos surrounding pelvic health. On a societal level, this product promotes the concepts of "digital rehabilitation" and "health equity," providing a more sustainable digital solution for postpartum recovery, healthy aging, and long-term care. Through cloud-based algorithm optimization and continuous machine learning, the system not only reduces the waste of medical resources but also sustainably supports users in achieving independent rehabilitation at home.

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