Herrington, who is affiliated with the Center for Maritime Systems at Stevens and a member of the New Jersey Marine Sciences Consortium, will make two presentations at the workshop. The first, "What are Coastal Hazards," will address the specific types of threats to which coastal communities are susceptible. "These include flooding, tsunamis and even earthquakes," said Herrington. "Though earthquakes are rare, they do happen."
Herrington's second presentation, "Hazard Mitigation Techniques," will cover various ways to prepare locally for natural disasters to mitigate consequences.
"Each year in the United States, natural and technological disasters are responsible for the loss of hundreds of lives and dollar losses that average more than $50 billion," said Herrington. "Nowhere is the need for multi-hazard resilient development greater than along the coastal margins of the nation."
To address the critical need of the nation to develop hazard resilient communities and systems, Stevens' Department of Civil, Environmental and Ocean Engineering is developing a graduate certificate program in multi-hazard engineering. Leveraging the department's existing research and academic expertise in coastal ocean monitoring, forecasting and engineering, topics in natural processes, hazard assessment, hazard modeling, forecasting and technologies/methodologies for all-hazard design, planning and mitigation will be explored. Although focused on engineering design, the breath and depth of the course work is applicable to contractors, construction officials and builders as well as practicing engineers. Based on FEMA's Multi-hazard Building Design Summer Institute Program, a four-course sequence will be required to achieve a certificate: multi-hazard building design, coastal and flood plain construction, earthquake engineering and wind effects on structures. The program is applicable to several areas of study. For instance, after completing the program, said Herrington, "a student could go to earn a Masters degree in civil, environmental or ocean engineering."
Herrington is the acting NOAA New Jersey Sea Grant Coastal Processes Specialist and the Director of New Jersey Coastal Protection Technical Assistance Service. His teaching and research interests include coastal hydrodynamics, sediment transport, wave-structure interaction, coastal meteorology and coastal hazard mitigation. Herrington is the chief architect of the N.J. Coastal Monitoring Network and the N.J. Coastal Storm Surge Warning System, one of the first completely Internet-based, real-time coastal ocean observing and warning systems in the US. He is a past member of the New Jersey State Hazard Mitigation Planning Team, a member of the N.J. Hydromet Warning Council, the Flood Load Task Committee of ASCE, and the N.J. National Weather Service StormReady Board. Herrington is author of the N.J. Sea Grant Manual for Coastal Hazard Mitigation. He holds a Bachelor of Engineering Degree in Civil Engineering, a Master of Engineering and a Doctorate in Ocean Engineering from Stevens Institute of Technology.
About Stevens Institute of Technology
Established in 1870, Stevens offers baccalaureate, masters and doctoral degrees in engineering, science, computer science, management and technology management, as well as a baccalaureate in the humanities and liberal arts, and in business and technology. Located directly across the Hudson River from Manhattan, the university has enrollments of approximately 1,780 undergraduates and 2,700 graduate students, and a current enrollment of 2,250 online-learning students worldwide.
Additional information may be obtained from its web page at www.Stevens.edu.
For the latest news about Stevens, please visit www.StevensNewsService.com.
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