nido | Singapore's 2025 James Dyson Award National Winner

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Summary

A designer shares their journey of creating "nido," a compact, portable needle holder for insulin injections, driven by personal experience with Type 1 diabetes. This innovation, which won the James Dyson Award, aims to make insulin injections safer and more intuitive, highlighting empathy and user-centered design.

Highlights

Motivation Behind Nido: Personal Experience with Type 1 Diabetes
00:00:03

The speaker, diagnosed with Type 1 diabetes in 2022, found existing products for insulin injections inadequate for daily life. This personal struggle, where insulin injections are needed multiple times a day, inspired the creation of 'nido' to make this routine safer and more intuitive.

Introducing Nido: A Solution for Insulin Injections
00:00:41

Nido is introduced as a compact, portable needle holder that stores, ejects, and organizes insulin needles. Its purpose is to transform stressful injection routines into a safer and more intuitive experience for people with Type 1 diabetes.

Design Process and Challenges of Nido
00:00:56

The design process involved creating a clamp-like design with specific angles and refined grippers to accommodate various needle sizes. A significant challenge was designing for a deeply personal process that varies among individuals, requiring the designer to unlearn personal habits and conduct extensive user testing.

Winning the James Dyson Award and Future Goals
00:01:32

The designer discusses the surreal and exciting experience of winning the James Dyson Award for Singapore. Initially unconfident, encouragement from peers shifted the perspective to focus on the opportunity to share 'nido' more widely. The goal is to make 'nido' production-ready, commercially available, accessible, and affordable to all.

The Impact of Empathy-Driven Design
00:02:04

The video concludes by emphasizing that design rooted in lived experience can have a significant positive impact on the world, reinforcing the value of empathetic design in addressing real-world problems.

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