1. LTC Steven D. Hart, Ph.D., P.E. Civil Design Group Director Department of Civil and Mechanical Engineering West Point

2. Our Need:

3. Course Objectives 1. Explain the strategies, policies, and agencies involved in Critical Infrastructure Protection. 2. Analyze an infrastructure using network analysis to identify its critical components. 3. Apply the risk management procedure of the National Infrastructure Protection Plan and the Security Engineering process of UFC 4-020-01 for a critical component or facility,. 4. Design protective systems to achieve a desired level of protection. 5. Apply the concepts of security engineering and protective design to military operations.

4. Modules  History  Infrastructure Analysis  Security Engineering  Blast Effects Modeling  Security Engineering in Theater of Operations

5. History  Social/Cultural/Strategic Aspects of Protective Design  Design of Early Fortifications  Recent Advances  Blast Science o Case Studies o Professional Reading o Edge of Disaster

6. Infrastructure Analysis

8. Security Engineering  DoD Risk Based Methodology  What it the threat?  What is the level of protection?  Strategies to achieve LOP  Entry Control Point Design

9. Blast Effects Modeling using VAPO

10. Security Engineering in Theater

11. Topics: History Infrastructure National Strategy Risk Management Security Engineering Entry Control Points Blast Effects Modeling I/S Security & Resiliency Protective Design: The process of hardening facilities to resist explosive, kinetic, or electronic attack or environmental effects. Applicable to: Terrorism Studies Military Art & Science Nuclear,Chemical, Systems, Environmental, Civil & Mechanical Engineering OIP CIRM Security Engineering: The multi- disciplinary process of developing appropriate, effective, and economical designs to protect assets against a range of threats & hazards.. CIP DCIP Infrastructure Analysis and Protective Design