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From Insulin tape to reusable sanitary pads: Meet the 2015 Denhart Family Sustainability Prizewinners

Denhart Sustainability Prize jurors (from L): Kristin Brown [Principal in charge of sustainability, Walt Disney Imagineering Research & Development], Christian Denhart [representing the Denhart family and Art Center Alumnus] and Heidrun Mumper-Drumm [Professor and Director Sustainability Initiatives, Art Center]

Denhart Sustainability Prize jurors (from L): Kristin Brown [Principal in charge of sustainability, Walt Disney Imagineering Research & Development], Christian Denhart [representing the Denhart family and Art Center Alumnus] and Heidrun Mumper-Drumm [Professor and Director Sustainability Initiatives, Art Center]

Art Center’s recent announcement of the Denhart Family Sustainability Prizewinners highlights the ways in which a design-thinking approach to social innovation has the potential to create measurable improvements to our health and well-being. The judges selected each of the following four projects based on the concept’s efficacy in addressing pressing environmental, social and/or economic sustainability issues, the potential benefits of the project and its impact as well as its ability to advance the teaching and practice of art and design. Please join us in congratulating the winners. We look forward to seeing these out-of-the-box ideas come to life.

1st Place / $15,000/ OATH: INSULIN TAPE SYSTEM / Martin Francisco

Product Design student Martin Francisco received the grand prize for ‘Oath,’ an innovative insulin delivery system that provides individuals with an accurate and painless method of dispensing insulin, while dramatically reducing material waste and environmental impact.

Oath is designed for aging adults, who have issues with dexterity, needle safety, storing and measuring proper dosages when administering liquid insulin. The tape and dispenser system makes using Oath as easy as applying and removing a Band-Aid. Moreover, Oath has 72% fewer environmental impacts over its life cycle when compared to the current insulin pen. The ergonomic Oath design accomplishes this by reducing the number of materials and components, minimizing waste at all stages, and using non-toxic, recyclable and renewable resources.

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