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WE CARE Solar promotes safe motherhood and reduces maternal mortality in developing regions by providing health workers with reliable lighting, mobile communication, and blood bank refrigeration using solar electricity. The Problem Maternal mortality worldwide accounts for more than half a million deaths a year; 99 percent of these occur in underdeveloped countries. For every maternal death, at least 20 women suffer severe complications from childbirth. Major causes of maternal death include obstetric hemorrhage, obstructive labor, eclampsia, and sepsis. These emergencies cannot always be predicted, nor are they always preventable. However, with prompt, appropriate and reliable medical care, they are unlikely to result in loss of life. Sporadic electricity impairs the operation of surgical wards, delivery wards, essential hospital equipment, and hospital communication devices. This compromises the ability of health workers to provide safe, appropriate and timely medical care. Labor and delivery nurses cannot quickly notify on-call physicians of emergencies. Midwives and physicians are forced to make treatment decisions without the benefit of necessary diagnostic tests. Obstetric procedures and emergency surgeries are conducted under grossly suboptimal conditions, and can have tragic consequences. Our Background Co-founder Dr. Laura Stachel went to Northern Nigeria in 2008 to study ways to lower maternal mortality in state hospitals. She witnessed deplorable conditions in state facilities including sporadic electricity that impaired maternity and surgical care. Without a reliable source of electricity, nighttime deliveries were attended in near darkness, cesarean sections were cancelled or conducted by flashlight, and critically ill patients waited hours or days for life-saving procedures. The outcomes were often tragic. Laura wrote to her husband, Hal Aronson, a solar energy educator back in Berkeley, California. Together, Laura and Hal co-founded WE CARE Solar to improve maternal health outcomes in regions without reliable electricity. Hal designed an off-grid solar electric system for the hospital Laura was studying, targeting the maternity ward, labor room, laboratory and operating theatre. A Portable Solution Hal created a suitcase-sized prototype of the hospital solar electric system so Laura could show Nigerian hospital workers the LED lights, headlamps and walkie-talkies planned for deployment. When Laura returned to Nigeria toting the "solar suitcase," her Nigerian colleagues immediately grasped its significance and began using this kit to charge headlamps and walkie-talkies while they awaited the larger solar installation. In addition, hospital employees introduced Laura to clinicians in outlying health facilities who begged her to bring solar lighting to their own clinics, too. Our five-year goal is to serve 5 million mothers in remote areas by deploying 10,000 Solar Suitcases to health care facilities around the globe.

Our mission is to change culture from the inside out through person-to-person sponsoring and educational programs that include the development of mind, body, spirit and emotions. We see our work as the beginning of a multi-generational movement whose leaders are empowered to preserve cultural beauty and diversity and to embrace personal responsibility in a global context.

An India rich in hope, justice and the compassion of Christ.

The Global Give Back Circle integrates Mentoring, Private Sector Engagement and Government and Local Community Support in a 'Circle of Empowerment' that guides an at-risk girl to complete her educational journey, gain employable skills, transition into the workplace and embrace the joys of Citizenship through Giving Back.

Apps for Good works to power a generation to change their world with technology. We want to transform education to help young people become tech creators and digital makers, so that they can thrive in a tech driven future. We achieve this by working with teachers to create a new kind of learning - one that's rooted in real world learning and driven by the students themselves. While doing the Apps for Good course students move through the full product development cycle of an app, from concept to coding to launch and in doing so learn how to solve real world problems with technology.

Our mission is to provide technical, financial and intellectual support, assistance, and training to projects and organizations focused on bringing sustainable energy technologies to communities across the developing world. Critically, access to an affordable, distributed, renewable form of energy generation can improve productivity and quality of life in rural villages, clinics, schools, and organizations without increasing their carbon footprints. We are focused on the development of a solar technology that can be locally customized, manufactured, and distributed to local economies and provide local jobs while extending energy access beyond the traditional electricity grid.

The Society for Scientific Advancement (SoSA, thesosa.org) is dedicated to increasing scientific literacy and capacity in developing countries in the Caribbean, as a means for social advancement. We accomplish this by delivering educational programs, workshops and conferences for students at all levels, and local science personnel.

To promote self-reliance-to augment what's taught in the classroom and the home to help develop resilient, responsible, and resourceful students as they prepare for their lives as young adults and beyond.

Our goal is to provide every word in every language, for free to everyone, everywhere.

To engage, inspire and empower African youth by providing tools and opportunities for them to attain their full potential.

Life Connection Mission (LCM) is a Christian, interdenominational, 501(c)(3) organization dedicated to bringing hope and opportunities to impoverished children and adults in Haiti without discrimination. LCM realizes this commitment through evangelism, medical care, humanitarian outreach, education, and career preparation.

Over 600 million Indians defecate in the open every day because they have no toilet. This practice cripples health, economic, and social outcomes. Open defecation (OD) causes the spread of infectious diseases that kill an estimated 300,000 children under five every year. The economic costs of OD total nearly $54 billion lost each year in India, with rural households bearing the highest per capita loss. Furthermore, women and girls who lack convenient access to toilets often miss school and work while they are menstruating. SHRI ends open defecation in India by constructing community toilet facilities that are free to use. They include eight toilets for women, eight for men, hand-washing stations, and a biogas digester (a large underground tank). Human excrement is stored in this tank where it decomposes to produce methane gas. SHRI uses this energy source to produce electricity, which powers a water filtration plant that uses a patented resin filter to remove arsenic, fluoride, iron, and bacterial contaminants. The resulting potable water is sold for $0.008 per liter, less than half the current market cost, helping SHRI to generate revenue to offset its monthly facility O&M costs. This ensures facility cleanliness, a key predictor of sustained toilet use. Thus SHRI fights alongside rural Indian communities to end open defecation as a key step in the struggle for health equity, and social and economic justice.