This is an interactive course designed to help participants learn about key tools that will help improve emergency preparedness and enhance communication during dam and levee failures and incidents. Participants will gain a better understanding of the emergency action planning process, including evacuation planning and emergency response methods. Key takeaways attendees will receive from this course: Learn how to improve the integrated operati...

Many dam failures have been averted by dam owners and engineers taking quick and effective action to intervene and stop an active dam failure from progressing. The focus of this webinar is to present the most common failure modes at dams and provide information on actions that can be taken to prevent or delay each failure mode. Case studies will be used to show examples of successful interventions. Actions that could potentially do harm and ma...

Geared for those who must evaluate training plans, drills and other operational factors during extreme conditions. A series of table-top and field evaluations are designed and tested. Exposes students to armed forces style combat training type stress. Upon completion student will be able to design, development and conduct live, virtual and constructive (LVC) drills and exercises that include “best practices” from a security perspec...

While there have been many notable dam failures throughout the past century, the failure of Teton Dam in 1976 led to significant changes at the Bureau of Reclamation, in the Federal Government, and in the dam engineering industry. This course will provide information about the dam, the failure, ensuing investigations, and the changes that were implemented in the years that followed. Five Learning Objectives of This Course: The failure of Teton...

A three-day workshop intensely focused on writing criteria for antiterrorism, continuity-of-operations (COOP) and resiliency, information security, physical security, operational security plans and operating procedures to meet government requirements. What should be included in each type of plan is discussed in detail. Students will learn how to translate company policy into the five functional areas of every good plan. They will also learn ho...

(VAR) Vulnerability Assessments and Risk Analysis Methodologies – A variety of five qualitative and quantitative methodologies are discussed in detail. Students will learn the differences between qualitative and quantitative risk analysis. They will use a variety of methodologies by evaluating single or multiple buildings and critical infrastructure nodes. Three full days of field evaluations assessing lighting, electric systems, drinkin...

In the last forty years, dam safety professionals have recognized the importance of preparing emergency actions plans (EAPs) as an effective tool to minimize the consequences of dam failures. In the last 15 years, the National Incident Management System (NIMS) was established and the Incident Command System (ICS) has become a more important emergency response tool. As a result, EAP formats, procedures for testing dam EAPs and training personne...

Internal erosion causes about half of all failures of water-retaining earth embankment dams. Similar statistics apply to levees. Internal erosion occurs when the hydraulic loads imposed by water seeping through the pores or flowing through cracks and openings in the soils in embankments and their foundations generate erosive forces sufficient to overcome the resistance to erosion of those soils. The knowledge of internal erosion processes has...

At a height of 770 feet, Oroville Dam is the tallest dam in the United States. On February 7, 2017, a section of the concrete chute slab of the service spillway at Oroville Dam failed during spillway discharge. Several days later, as the California Department of Water Resources was evaluating and managing discharges through the damaged service spillway during a large rainfall event, the emergency spillway activated for the first time in the pr...

This course will present potential failure modes for chute spillways and ways to design these spillways to minimize the potential for failure. 1. Understanding failure modes such as cavitation and hydraulic jacking that can affect chute spillways. 2. How to evaluate potential spillway design and construction details that could lead to failure modes. 3. How to evaluate potential spillway failure mode4. Understanding design details that can hel...