Physical Security Engineering Convergen...
With electronic technologies quickly converging in the physical security vertical it is paramount to understand first, the basics of physical security, secondly, how this new technology will effect the physical security landscape of the future, and thirdly, how the correct physical security environment can actually enhance the technologies effectiveness. Every good physical security program starts with assessing and quantifying criticality, th...
Drills and Exercise Planning and Development
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...
Planning Electronic Security for Buildi...
This three-day workshop was developed with the asset owner in mind. Students will learn how to design CCTV systems for different types of secure level areas, compounds and installations. Students will be able to design their own intrusion detection (IDS) and access control (ACS) systems. Students will ultimately combine camera systems with video analytics, with ACS and IDS. This very interactive course has numerous case studies built into the...
Access Control Concepts and Entry Contr...
SECURITY and ENGINEERING personnel involved in designing entry control facilities, both vehicular or pedestrian, will attend this three-day course. Students will focus their attention on the features required for the effective, efficient and safe operation of access and entry control points at compounds and controlled area perimeters. Items discussed include; calculating lane queuing, guard shack and guard manning requirements, barrier resista...
Vulnerability Assessment and Risk Analy...
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, drinking water, infrastructure and perimeters are an integral part of this ...
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