The Stanford Center on Longevity Design Challenge 2026-2027 invites university students globally to design human-centered robotic solutions for longevity, focusing on affordable, socially supportive tools that enhance human relationships. Top winners receive cash prizes up to $10,000, with finalists also receiving cash and mentorship.

By Stanford Center on Longevity
The Stanford Center on Longevity Design Challenge 2026-2027 is an international competition for university students focused on the theme of 'Human-Centered Robotics for Longevity.' This marks the fourteenth year of the challenge, which aims to explore how robotic solutions can support longer, more fulfilling lives by strengthening, rather than replacing, human relationships and communities. The challenge addresses the evolving needs and transitions individuals face throughout longer lifespans, such as mobility limitations, chronic health conditions, social isolation, and caregiving strain. It seeks innovative robotic tools, from low-cost mechanical devices to interactive smart systems, that can help navigate these challenges while preserving or enhancing human connection. Participants are encouraged to design solutions that empower individuals and families by reducing burdens, improving safety, expanding independence, and creating new opportunities for engagement. Students are expected to think both creatively and practically, with an emphasis on solutions that are simple, affordable, and impactful, particularly for those with limited financial resources or access to emerging technologies. The core principle is to design robotics that support dignity, autonomy, and belonging, ensuring that families and communities are strengthened rather than depersonalized or replaced by technology. The competition is open to teams of 1-5 students enrolled during the 2026-2027 academic year at any accredited university or college worldwide. There are no specific field or background requirements, encouraging interdisciplinary collaboration. The top three winning teams will receive cash prizes of $10,000, $5,000, and $2,000 respectively, while all finalists will receive a $1,000 cash prize and mentorship from industry experts and researchers.
Participants are asked to design robotic tools, ranging from low-cost mechanical devices to interactive smart systems, that address life-course challenges in one of four unspecified categories, while preserving or enhancing human relationships. The designs should focus on helping people thrive at every stage of life by empowering individuals and families, reducing burdens, improving safety, expanding independence, and creating new opportunities for engagement. Solutions should be simple, affordable, and impactful, especially for those with limited financial resources or access to emerging technologies.
The challenge is open to teams of 1-5 students enrolled during the 2026-2027 academic year, attending any accredited university or college globally. Each team must have at least one full-time student, and if the team is selected as a Finalist, only students may present.