Security Lighting: Influencing Positive Behaviors (SLS) - This class examines the relationships between theory, energy conservation, and social and environmental factors for man-made and natural light applications. Two full days focus on the effective use of lighting the environment to augment other forms of security technology. The effects of light on human physiological and psychological behavior are discussed in detail.

Planning Electronic Security Systems for Buildings and Compounds (ESS) – This course was developed with the asset owner in mind. Students will learn how to design CCTV systems for different types of secure areas, compounds and installations. Students will be able to design their own intrusion detection (IDS) and access control systems (ACS) for sensitive compartmented Information facilities (SCIF) and secure vaults, limited access or con...

UFC – Minimum Antiterrorism Standards for DOD Buildings (UFC) – This course is available to all Federal, State, local government and private sector SECURITY and ENGINEERING professionals. While the course focuses on securing DOD assets, the concepts learned are prudent and applicable in reducing the criminal and terrorist threat to non-DOD buildings, as well. Contractors and consultants seeking construction contracts with the Depar...

This course focuses on writing criteria for antiterrorism, continuity-of-operations (COOP) and resiliency, information security, physical security, operational security plans and operating procedures to meet Federal, State and local 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 le...

Designing Secure Buildings: Integrating Security Technologies (DSB)– a three-day course designed to familiarize students with design principles used in preventing and detecting criminal activity and reducing the effects of terrorist attack on the safety of personnel and damage to facilities and critical infrastructure. Students will learn to use Crime Prevention through Environmental Design (CPTED) principles to control the exterior of t...

After attending this unclassified class, students will be able to oversee design and construction of a sensitive compartmented information facility (SCIF) which meets official government requirements for a secure area where classified information is handled. The stringent physical security requirements; such as, access control systems, thickness of doors, the strength of concrete and the use of alarms, and acoustical controls which prevent eav...

This course is available to all Federal, State, local government and private sector SECURITY and ENGINEERING professionals. While the course focuses on securing DOD assets, the concepts learned are prudent and applicable in reducing the criminal and terrorist threat to non-DOD buildings, as well. Contractors and consultants seeking construction contracts with the Department of Defense will attend this course. The course is designed to familiar...

This course was developed with the asset owner in mind. Students will learn how to design CCTV systems for different types of secure areas, compounds and installations. Students will be able to design their own intrusion detection (IDS) and access control systems (ACS) for sensitive compartmented Information facilities (SCIF) and secure vaults, limited access or controlled areas, and high value storage areas. Students will ultimately combine c...

After attending this unclassified Workshop, students will be able to oversee design and construction of a sensitive compartmented information facility (SCIF) which meets official government requirements for a secure area where classified information is handled. The stringent physical security requirements; such as, access control systems, thickness of doors, the strength of concrete and the use of alarms, and acoustical controls which prevent...

Students will learn the difference between qualitative and quantitative risk analysis. They will use a variety of methodologies (including MSHARPP & SME3R [asset owner's point of view], CARVER [aggressor's point of view], ABRA [combination] & CAIRA [analysis of energy systems supporting critical assets]) to evaluate single or multiple buildings and critical infrastructure nodes. This class is very “hands-on” with numerous f...