The 3D Printed Personal Ekso is a ventilated lightweight 3D printed exoskeletal robot that allows users to walk among and interact with society eye-to-eye. Every exoskeleton is custom printed using a 3D body scan to provide an accurate symbiotic connection to the body and enable greater health and activity.
Designed by Gustavo Fricke, Scott Summit and Avi Reichental of 3D Systems; and Amanda Boxtel of Ekso Bionics for 3D Systems
Contact: Scott Summit - email@example.com
Ensina Brasil has the ambitious goal of bringing educational inequity in Brazil to an end. The brand identity for the initiative focused in the motto of “Learn, Teach, Transform.” The solid three-dimensional typography reinforces the goal of building a strong future, and the addition of the exclamation point expresses that Ensina is no longer a project but is instead a call. The multicolored logo reflects the multiplicity of voices that have different views, feelings and origins.
Credits: Ricardo Leite, Paula Damazio, Simone Lagares, Luciara Rocha Gomes e Priscila Zamponi.
Contact: Patricia Torres - firstname.lastname@example.org or Ricardo Leite - email@example.com
Project Mwana is a mobile service that delivers HIV lab results in real time to rural clinics. It is also a messaging platform between clinics and community health workers to ensure that results are communicated directly to mothers. Project Mwana is currently serving as a demonstration project for a new approach to collaborative design to enhance the use of real-time data within UNICEF.
Despite major advances in vaccines and treatments, many millions of children die unnecessarily each year, as much due to lack of access to information as to lack of access to medical supplies. The health minister of Zambia asked UNICEF to improve infant diagnosis and treatment in rural areas that sit far outside the reach of traditional infrastructure.
UNICEF normally takes a supply-first approach. The goal here was to flip that model and start with the end user. The team hoped to demonstrate the power of combining collaborative design methods and mobile technologies to reach the underserved and to create a model that could be applied across other programming areas.
The team faced a number of challenges in rural Zambia: few families own mobile devices, network coverage is intermittent, there are long distances between villages and clinics, and clinics have only the most antiquated record-keeping systems. These constraints forced the team to work with the materials and people at hand, focusing on volunteer community health workers (CHWs) who are the only consistent link in the chain. The solution had to be designed for and with the CHWs without adding more layers of rules to further complicate their lives.
The quality of the solution is based entirely on working rapidly and iteratively to design and deploy concepts in small increments. The first piece tested was a system for getting HIV results from a central lab back to the clinic via text messages, replacing a postal system that took up to four weeks to deliver the same information. The success of this solution created trust within the community that was essential to solving the much more difficult problem of helping CHWs understand the information, communicate it effectively to mothers, get infants into treatment and report back to the health ministry.
The design of this next layer required active participation from the CHWs. The team got immersed in their lives and routines, both in the clinic and in the community, and gave them phones to test early prototypes. Because CHWs receive very little feedback, the design team wanted a feature that let all the CHWs within a given community see how many results each worker was delivering per week. The CHWs also requested an open channel to ask questions, which allows the system to learn from them. Finally, upon reporting results each CHW gets thanked via a text message, a perfect illustration of the type of feature that would not have been created without a user-centered design process.
Contact: Jaleen Francois: firstname.lastname@example.org
Over 20 million premature and low-birth-weight babies are born each year around the world. Four million of these die, and those who survive often grow up with life-long illnesses. One of the main causes of this is hypothermia; these babies don’t have enough body fat to maintain their own body temperature. Traditional incubators are expensive, require constant electricity, are complicated to use and are often only found in major urban hospitals. In the absence of any appropriate equipment, current local solutions include wrapping hot water bottles around babies, placing them over hot coals or placing them under light bulbs—all extremely dangerous and ineffective methods.
The Embrace Infant Warmer is an innovative and affordable product designed for premature and low-birth-weight babies in developing countries. It was designed around the specific needs and living conditions of these communities. It has three components: a baby interface or sleeping bag, a pouch of phase-change material and an electric heater to warm the pouch. Users first insert the pouch into the electric heater, and once it melts the user places the heated pouch into the sleeping bag and places the baby inside. The pouch will remain at 98.6 degrees for at least four hours. The dynamic phase-change material absorbs heat from the baby if the baby gets too hot or releases heat if the baby gets too cold. The pouch has an indicator that shows when it must be reheated, and the pouch can be reheated hundreds of times.
Through its user-centric design, the Embrace Infant Warmer addresses the functional requirement of safely providing warmth to low-birth weight babies but does so while meeting the usability and cost requirements that are unique to this population. To address the challenge of intermittent electricity, which is pervasive throughout rural clinics, the phase-change material uses an electric heater for only 35 minutes. Because the pouch need not be continuously connected to an electricity source, the infant warmer becomes highly transportable, allowing physicians and patients to transport babies from villages to hospitals, between hospitals, and within hospitals all while providing critical warmth to help these babies survive. Perhaps most importantly, this transportability lends itself well to promote mother and child bonding. Babies who were once required to sit isolated within a neonatal intensive-care unit to receive warmth can now lay by their mothers’ side.
Impact is not simply achieved by providing a solution, but also through the users’ ability and willingness to use that solution. To this end, the infant warmer’s clean intuitive design means that its one-button operation allows even unskilled staff to operate it. And to accommodate the resource constraints of clinics that often hinder access to care, its simple elegance paired with manufacturing expertise means that this device can be provided at a fraction of the cost of traditional incubators, so the people who need it the most can afford it.
Credits: Embrace, Jane Chen, Linus Liang, Naganand Murty and Rahul Alex Panicker
Contact: Honey Bajaj: email@example.com
OpenIDEO.com is a Web platform where creative thinkers worldwide can design better, together. The community of over 26,000 members tackles global challenges for social good. Community members can contribute to the process in a variety of ways, from inspirational observations to business models and code snippets. The strongest ideas are then published in the public domain and can be taken forward by the community or the sponsoring organization.
Credits: Design credits: IDEO
Contact: Andrea Pomerance: firstname.lastname@example.org
The Firefly Phototherapy device was designed to treat newborns with jaundice in low-resource remote settings in Vietnam and Southeast Asia. The combination top and bottom phototherapy, robust enclosed housings, table-top size, removable and cleanable single-infant bassinet and high-tech medical aesthetic make trustworthy, intuitive and effective for in-room use with mothers in rural hospitals.
Credits: Design that Matters, William Harris IDSA, Elizabeth Johansen, Timothy Prestero, Lincoln Design Solutions, Dave Duncanson, Oakley Thomas, Boston Design Solutions, Mike Damiano and Joe Galibois
Corporate Sponsor: East Meets West Foundation
Contact: William Harris: email@example.com
EzyStove® is a wood-burning stove developed with local users and produced locally for developing countries in need of a solution that replaces cooking over an open fire. EzyStove traps and insulates heat, thereby reducing the amount of wood needed by one-third, the CO2 emissions by 40 percent and other toxic gases by 70 percent.
Credits: Ergonomidesign, Mårten Andrén, Håkan Bergkvist, Jonas Dolk, August Michael, Stefan Strandberg and Elisabeth Ramel-Wåhrberg
Corporate Sponsor: Creative Entrepreneur Solutions (CES)
Contact: Niclas Andersson: firstname.lastname@example.org
The project has won one of the biggest international bids for city furniture in the world: 7,500 bus shelters, designed for the City of São Paulo, constituting one of the largest outdoor urban media circuits in the world. Considering the urban scale, diversity and contrasts, the complex DNA Paulistano (from São Paulo) and the city s different realities, four distinct typologies were conceptualized: Brutalist, Structured Chaos, Hi-Tech and Minimalistic. The language of each typology is complementary and reflects the diverse urban situations, characteristics and personalities of São Paulo. With the human being as its central element, the design was created to provide maximum well-being to the 9 million passengers who use the public transport system on a daily basis. As a premises, it contains the principles of universal design and all of the general principles of sustainability.
Designed by Guto Indio Da Costa
Contact: Guto Indio Da Costa - Marketing@indiodacosta.com
The design team was approached to design and develop a mobile strategy for President Barack Obama's 2012 bid for reelection. Working with Obama for America, the team crafted an ambitious set of mobile applications designed to support Obama's large base of campaign volunteers and grassroots supporters.
Instead of creating a simple brochure application outlining the president's policies, the team focused on creating a real-time mobile solution to aid campaign organizers and volunteers working in the field. The application, which was part of a larger digital initiative, was completely location-aware, designed to automatically deliver timely information, push notifications and field directives straight from the campaign's headquarters to people's phones. By simply downloading the app anyone could join the campaign, become a field volunteer, collect donations, register voters or go door-to-door in their neighborhood or community to help get out the vote.
The design challenge was to leverage the latest in mobile and cloud technology to harness the efforts of thousands of grassroots supporters in battleground states and across the nation. The initiative needed to decentralize volunteerism, capitalize on microdonations, and make it simple to join and participate in the campaign. Perhaps the largest constraint was executing the design and development for both the iOS and Android platforms in under 60 days.
Understanding the campaign's message, its volunteers and the habits of prospective voters was critical to the success of the project. From the standpoint of human interaction, the designers were less concerned with coming up with novel forms of interaction and more concerned with bridging the gap between information, people and communities.
The Obama for America app is the first of its kind. While there have been other applications relating to politics and elections, none have provided a mechanism or the infrastructure necessary to drive real political participation. The New York Times has said of it, “It's been the science-fiction dream of political operatives for years: an army of volunteers, connected to the Internet as they walk from door to door, looking up names on a device and entering their responses electronically. Obama's campaign [has made it] a reality with the release of a new iPhone app that will replace the ubiquitous clipboard for Democratic canvassers.”
This project has helped redefine the role of mobile computing in modern-day elections. It not only lowered the barrier of entry for political activism, thus increasing participation, it also provided insight into the campaign’s operatives at every level (regional, state, local and precinct). By focusing on the ground game and decentralizing the canvassing effort, this app enabled the campaign to reach more voters in more communities and increase voter turnout. As a result, the campaign made strategic gains in a number of battleground states, ultimately securing the president's reelection.
Designed by Ryan Hovenweep, Lani DeGuire, Tate Strickland, Shea Cadrin, Bryan Oltman, Shaun Dubuque and Doug Cook of thirteen23
Contact: Doug Cook - email@example.com
Evotech designs medical devices for the bottom of the pyramid. Its goal is to simplify medical technologies and devices, the majority of which are developed for use in Western hospitals—meaning the tools are expensive and often overdesigned and overengineered. This project reimagined the endoscope, a tube with a light and a camera that is used to look inside a patient’s body through an orifice (mouth, urethra, colon, etc.), making it relevant to and within reach of developing countries.
In US hospitals, these bulky, energy-sucking devices cost an average of $70,000—a price beyond the reach of most doctors in the developing world. Evotech and the design team redesigned the Low-Cost Portable Endoscope with off-the-shelf parts as a $250–$2,500 device powered by a laptop, making the endoscope smaller, portable, energy efficient, durable, waterproof and with the ability to manufacture at scale.
The challenge was to improve the device’s industrial design and develop a business model that would sustain it—and get the device to doctors whose patients would benefit from its use. With regard to the device’s design, the endoscope needed to enable doctors to make more precise diagnoses and to perform surgeries through a small incision, reducing patients’ risk of infection and recovery time. The endoscope also had to have the ability to be sterilized.
To make an excellent design solution, the Evotech experts discovered that one must search for a need. It was easy to find uses for an endoscope in mid- and high-income markets. But the search for endoscope users in low-income communities in the developing world was different: In these environments an endoscope is perceived as a luxury; endoscope use requires training that’s lacking; endoscopic procedures require a support infrastructure; endoscope use should be considered more broadly (beyond fistulas).
In a pilot study, Evotech distributed devices to Medicine for Humanity doctors with endoscopic training who were traveling to Uganda, where they used the prototype to successfully treat more than 20 women with vesicovaginal fistula. These types of cases previously were out of reach for surgical repair by Medicine for Humanity physicians. In India, local physicians used the device in more than 30 clinical evaluations and procedures.
Prototyping led to the final design. Evotech experts iterated and tested the endoscope handle and waterproof casing. In less than a month, and guided by doctors’ feedback, the team built 11 versions of the handle, designing a heat sink and enclosure for the device’s LED light source, which plugs into the USB port on a computer to power the device remotely.
Evotech designed the Low-Cost Portable Endoscope with a simple shell that can be machined from medical-grade ABS at small production scales, which is key. The same design can transition to injection molding in higher quantities.
Designed by IDEO.org and Evotech for Evotech
Contact: Andrea Pomerance - firstname.lastname@example.org