Frank Loge

Frank Loge serves as Professor in the Department of Civil and Environmental Engineering at the University of California, Davis, where he directs the Center for Water Energy Efficiency. Concurrently, he holds a Distinguished Visiting Professor position at Tecnológico de Monterrey's School of Engineering and Sciences. His affiliations include the Alliance for Water Efficiency Board (Chicago) and former service on Governor Newsom's Water Resilience Initiatives Portfolio.

His research spans:

• Water-waste-energy system integration
• Urban water infrastructure optimization
• Green building sustainability frameworks
• Community-driven resource management
• Public health risk analysis of water systems

Recent work demonstrates leadership in leak reduction analytics and data-driven utility standards development.

Professor Loge's publication portfolio shows consistent focus on sustainable water infrastructure solutions, with recent articles emphasizing cost-effective management strategies and visual analytics for distribution systems. His work bridges theoretical innovation with practical implementation across municipal water systems.

Award highlights include:

• National Science Foundation CAREER Award (2001-2006)
• US Department of Energy Solar Decathlon Awards (2015, 2017)
• Five People Prosperity and Planet (P3) Awards (2007-2012)
• Ray B. Krone Endowed Professorship (2013-present)

His research program maintains active funding from NIH (biomarker exposure studies), NSF (sustainable materials development), and EPA (UV disinfection interventions), supporting fieldwork across multiple communities. The Center for Water Energy Efficiency serves as an interdisciplinary hub connecting engineering, policy, and community implementation.

As Director of the Center for Water Energy Efficiency, Professor Loge leads a collaborative team developing resource efficiency frameworks adopted by water utilities nationwide. Current projects integrate smart monitoring systems with community engagement strategies to advance urban water sustainability.