Philip B. Bedient, PH.D., P.E.
Experience
50 Years
Education
B.S. Physics, University of Florida, Gainesville, Florida, 1969
M.S. Environmental Engineering, University of Florida, 1972
Ph.D. Environmental Engineering Sciences, University of Florida, 1975
Registrations/Certifications
Professional Engineer, Texas #45626
Professional Hydrologist, American Institute of Hydrology
Technical Specialties/Experience Highlights

Hydrology and Flood Prediction, Flood Warning Systems, H&H Modeling, Flood Mitigation Studies, Water Resources Planning and Management, Community Outreach
Affiliations & Memberships
InFRM Academic Council
American Society of Civil Engineers
American Institute of Hydrology
American Water Resources Association
Association of Environmental Engineering Professors
American Academy of Water Resources Engineers
American Geophysical Union
Brief Bio
Dr. Philip B. Bedient is the Chair and Herman Brown Professor of Engineering in the Department of Civil and Environmental Engineering at Rice University. He teaches and performs research in surface water hydrology, disaster management, and flood modeling and prediction systems. He has directed 100 research projects over the past 50 years, has written over 220 articles in journals and conference proceedings. He is lead author on a textbook on “Hydrology and Floodplain Analysis” (Pearson, 6th ed., 2018) used in over 60 universities across the Unites States. Dr. Bedient received the Herman Brown Endowed Chair of Engineering in 2002 at Rice University, and received Fellow ASCE in 2006. He also received the C.V. Theis Award from the American Institute of Hydrology in 2007. In 2021, Bedient was awarded for the prestigious Ray K. Linsley Award in honor of outstanding contributions in surface water hydrology.
Dr. Bedient has four decades of experience working on flood and flood prediction problems in the U.S. He routinely runs computer models such as HEC-HMS, HEC-RAS, ADCIRC, and others for advanced hydrologic analysis, flood prediction, and coastal surge. He developed one of the first radar-based rainfall flood alert systems (FAS5) in the U.S. for the TMC in Houston. The system has successfully run for over twenty years and predicted over 60 storm events.
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He formed the Severe Storm Prediction Center (SSPEED) at Rice University in 2009 consisting of a team of seven universities and 15 investigators from Gulf coast universities dedicated to improving storm prediction, education, and evacuation from disaster. The Center has been funded at over $13 million for the past 13 years from various sources including the Houston Endowment and the Greater Houston Flood Mitigation Consortium. The SSPEED Center has taken a regional approach to developing mitigation strategies and has identified various zones of interest in the Houston-Galveston region: See Galveston Bay Park below for more details.
Dr. Bedient was involved in the analyzing major floods in Houston, 2015, 2016, and Harvey in 2017. He is currently working on several watershed projects related to impacts and future mitigation from Hurricane Harvey (see sspeed.rice.edu). Dr Bedient has also headed up major outreach activities as part of the SSPEED Center, leading 11 major conferences at Rice since 2008. Finally, he has been involved in technical exchange with the TU Delft over the past 10 years including Study Abroad Programs with Rice and LSU. He has received funding from agencies that include the City of Houston, Harris County, Port of Houston, TMC, GHFMC, TAMU, US EPA, and NSF. Dr. Bedient has graduated 10 Ph.D. students and 27 M.S. students since 2008.
Relevant Experience
Galveston Bay Park Plan | City of Houston, Harris County, Port of Houston | $1,000,000 | Principal in Charge This work proposes and explores an in-bay coastal barrier that alleviates the incredible threat of storm surge on the Gulf Coast by utilizing infrastructure developed in accordance with both civil and environmental engineering principles as well as created with the coast's community and wildlife in mind. sspeed.rice.edu/gbpp.(2023-2025)
FIRST (Flood Information & Response System) | City of Houston | $730,000 | Principal in Charge was developed for the City of Houston as an end-to-end radar-based flood assessment and mapping tool for critical infrastructure. Facilities include hospitals, nursing homes, fire stations and shelters. The system allows for early warning with real-time visualizations of critical hotspots and inundated areas during rain events. The system is designed to assist the City of Houston in addressing emergency management and operations, including emergency closures, evacuation, as well as rescue operations. The current version of FIRST operates over four watersheds in Houston. firstcoh.org (2020-2021)
Big Creek | Fort Bend County | $350,000 | Principal in Charge
This project addresses the overestimation of flows in Fort Bend County by adapting the current methodology to better represent the pre-conditions of a relatively undeveloped county. This project ensures that Fort Bend County can continue to develop in a resilient way.(2023-2025)
FAS5 (FIRST) Flood Warning System for TMC | Texas Medical Center | Principal in Charge Designed by Dr. Philip Bedient at Rice, with assistance from Dr. Nick Fang and Dr. Baxter Vieux, FAS5 is an integrated system that predicts inundation levels caused by heavy rainfall events in order to provide lead-time for flood-response decisions. FAS was first implemented and fully operational radar-based system in the U.S. For over twenty years, FAS5 has monitored the Brays Bayou Watershed to provide vital flood information to the Texas Medical Center. The current version is based on FIRST and operates over four watersheds in Houston. fas5.org