ASU Students Implement Clean Water System for 500 Kenyan Students

Arizona State University (ASU) students have successfully implemented a sustainable borehole water system that provides clean water to approximately 500 schoolchildren in rural Kenya. Completed in 2026, the project connects two schools and draws from an underground aquifer located between the campuses. For years, families in this region relied on contaminated ponds, making this initiative essential for improving local health and educational conditions. The borehole project was realized through the dedicated efforts of ASU's Engineers Without Borders chapter, which has been active in the region since 2011. It involved nearly a year of planning, fundraising, and coordination with local contractors and community members. The historical context of this initiative highlights a persistent struggle for clean water access in rural Kenya. According to the 2022 Kenya Demographic and Health Survey, 16% of households still depend on unimproved surface water sources, which poses significant health risks.

The ASU team’s previous projects, such as a sand-based water filtration system tested in 2025, demonstrate a long-standing commitment to finding sustainable solutions for water quality issues in the area. The chapter has received recognition for its work, including a national Premier Project Award in 2014 for rainwater catchment systems designed in Kenya. Funding for the current project was sourced from ASU's Change the World initiative and a Global Education Office grant awarded to the Ira A. Fulton Schools of Engineering. Implementation of the borehole system involved extensive collaboration among various stakeholders, including ASU students, local contractors, and community members. What began as a classroom exercise evolved into a significant infrastructure initiative, underscoring the potential of academic programs to effect real-world change. This partnership allowed students to travel thousands of miles to see their work come to fruition, emphasizing the importance of hands-on experience in engineering education.

The borehole well's completion represents a critical step towards improving the quality of life for the local community, providing a reliable source of safe drinking water. The broader benefits of this clean water initiative extend beyond immediate access to safe drinking water. Reliable water sources can lead to improved health outcomes, reduced incidence of waterborne diseases, and enhanced educational opportunities for students. Access to clean water is essential for overall community well-being and economic development. The World Health Organization has estimated that contaminated drinking water contributes to approximately 505,000 diarrheal deaths globally each year, particularly affecting vulnerable populations such as young children. Thus, this borehole project not only addresses immediate needs but also contributes to long-term public health improvements.

Looking to the future, the ASU Engineers Without Borders chapter aims to continue its work in Kenya and other regions facing similar challenges. The success of the borehole project serves as a model for future initiatives that prioritize sustainable solutions to water access issues. ASU's commitment to international service learning and community engagement will likely inspire further projects that address critical needs in underserved areas. This project also highlights the growing trend of American university chapters focusing on humanitarian engineering, demonstrating the global significance of student-led initiatives in tackling pressing social issues.