University of Central Florida is a chapter of Global Water Brigades, an international movement of university students working alongside local communities and technicians to implement clean water systems in the developing world. Water systems are designed, planned, and budgeted with partner communities and local leaders are identified by the community to serve as the community’s Water Council, which collects monthly water fees from households to operate and maintain the constructed water system. It then takes several months of construction by volunteers, staff and community members to complete and can include several large scale components, such as dams and storage tanks in order to pipe clean water to individual homes. In conjunction with our Water Program, Global Brigades also supports communities with healthcare, economic development and sanitation projects, and uniquely implements these programs in a holistic model to meet a community’s health and economic goals. Our model systematically builds community ownership and collaboratively executes programs with the end goal of sustainably evolving to a relationship of impact monitoring. To learn more, please visit www.globalbrigades.org.
RECENT OR UPCOMING BRIGADES
Aug 04, 2020 - Aug 10, 2020
Global Brigades offers 7-day Water Brigades throughout the year in Honduras. Water Brigades' mission is to empower communities to access sufficient clean water through infrastructural development, water treatment, community leader training and education. Water Brigades volunteers assist in implementing clean water systems to prevent water-related illnesses in communities with limited access to clean water. One of the fundamental roadblocks to community development is lack of clean water. With a sufficient quantity of properly treated water, community members can cut off the connection between water and illness and ultimately live healthier, more productive lives. Volunteers work side-by-side with community members as well as with our in-country project technicians in all aspects of the water system's construction while learning about its design, functionality, and long-term sustainability.