AT212-DL

Physical Security Design & Anti-Terrorism Course

On-Demand Course | 14-Hours

The S2 Physical Security Design & Anti-Terrorism Course provides a detailed examination of facility design and physical protection concepts and specialized measures for mitigating risks of terrorist attack.

Summary of topics include:

Principles of Physical Protection System Design • Threat Definition & Design Basis Threats • Intrusion & Attack Detection Systems & Applications • CCTV & Alarm Assessment • Security Lighting • Security Post & Patrol Planning • Security Operations Centers • Standoff Distance & Barrier Systems • Physical Security & Bullet-Resistance Standards • Anti-Personnel Barriers • Secure Entrance Design • Safe Refuge Rooms • Access Control Systems • Secure Egress Design • Response Force Deployment • Anti-Vehicle Barriers • Vehicle Entry Control Point Design • Entry Control & Screening Measures • Contraband Screening Technologies • Protection Against Projected Charges, Mortars, & UAVBIEDs • Blast Mitigation Measures • Chem-Bio Protective Design Measures • Protection Against IEMI Attacks

Course Details

Tuition
US$740
(Group discounts available. Contact us for details.)

Instructor
Craig Gundry

Restriction Level
Level 2 – Verified Security Professionals & Law Enforcement Only

Expected Completion Time
14 Hours

Audience
Security Professionals, Force Protection Officers, Architects, & Industrial Engineers

Test
25-questions, multiple-choice

Learning Objectives

    • Understanding of performance-based Physical Protection System (PPS) design and requirements essential to reducing terrorism-related risk.
    • Designing and specifying physical security measures for effective performance against terrorist armed attack and IED delivery scenarios.
    • Developing effective entry control measures for validating, screening, and searching entrants at facility and building entry control points.
    • Designing and specifying protective measures and facility improvements for mitigation of projected charge weapon, IED,  chem-bio, and IEMI attacks.
No.
Lesson ID
Title
Video Time
1
ATR206
Physical Security Design & Anti-Terrorism – Part 1
2h 15m
2
ATR219
Physical Security Design & Anti-Terrorism – Part 2
2h 3m
3
ATR226
Physical Security Design & Anti-Terrorism – Part 3
1h 14m
4
ATR227
Vehicle Barriers & Entry Control Point Design
1h
5
ATR207
Entry Control and Screening Measures
2h 19m
6
ATR228
Weapons Effects Mitigation
2h 3m

NOTE: Lesson modules in the program are also included in the following S2 online security courses:

ATR206 – Physical Security Design & Anti-Terrorism – Part 1
  • Physical Protection System Concepts
  • Physical Protection Systems & Armed Assaults
  • Adversary Task Times & Response: Case Studies
  • PPS Performance Metrics
  • Practical Application of PPS Concepts
  • Threat Definition & Design Basis Threats
  • Design Basis Threat Examples
  • Physical Protection System Elements
  • Characteristics of Intrusion Sensors
  • Intrusion Detection Sensors & Applications
  • Alarm Assessment & Surveillance
  • CCTV Applications
  • CCTV Monitoring
  • Security Lighting
  • Stationary Security Posts
  • Ballistic Protection & Structural Materials
  • Mobile Patrols
  • Bomb Delivery Indicators
  • Security Operations Center Operations
ATR219 – Physical Security Design & Anti-Terrorism – Part 2
  • Types of Barriers
  • Standoff Distance & Barrier Systems
  • Determining Standoff Distance
  • Anti-Personnel Barriers
  • Outdoor Barriers
  • Building Exteriors & Entrances
  • Glazing Vulnerabilities
  • Protective Glazing Options
  • Building Entrances
  • Secure Lobby Design
  • Security Personnel Posts
  • Safe Refuge Rooms
  • Forced Entry Standards
  • Safe Room Design Examples
  • Safe Room Kits
ATR226 – Physical Security Design & Anti-Terrorism – Part 3
  • Access Controlled- Locks & Armed Attacks
  • Access Control Systems & Lockdown Overrides
  • Deployable Barriers
  • Egress Design & Armed Attacks
  • Common Egress Problems
  • Emergency Exit Stairwells & Doors
  • Outdoor Evacuation Areas
  • Intrusion/Attack Response
  • Security Force Considerations
  • Integrated Physical Protection System Design
ATR227 – Vehicle Barriers & Entry Control Point Design
  • Anti-Vehicle Barrier Concepts
  • Vehicle Weights
  • Passive Vehicle Barriers
  • Vehicle Entry Control Point Design
  • Active Vehicle Barriers
  • Vehicle Barrier Specification Standards
  • Speed Control at ECPs
  • Examples of Vehicle ECP Design
ATR207 – Entry Control & Screening Measures
  • Entry Control Concepts & Considerations
  • Entry Authorization Methods
  • Biometric Identity Verification Technologies
  • Facility Entry Control: Trusted Entrants
  • Facility Entry Control: Non-Trusted Entrants
  • Contraband Screening Technologies
  • Pedestrian Entry Point Procedures
  • Possible Suicide Bomber Indicators
  • SPBIED Containment Portals
  • Vehicle Entry Control Procedures
  • Vehicle Search Procedures
  • Review of Possible VBIED Indicators
  • Vehicle Entry Control Point Defense
ATR228 – Weapons Effects Mitigation
  • Protection Against Projected Charges
  • Protection Against Mortars
  • Protection Against UAVBIEDs
  • Limited Concealment Opportunities
  • Minimizing Fragmentation Hazards
  • Blast Walls
  • Blast Effects & Structural Performance
  • Dynamics of Progressive Collapse
  • Strategies for Reducing Progressive Collapse Risk
  • Façade Construction & Fenestration
  • Protection of Masonry Walls
  • Window/Glazing Protection
  • Evacuation & Egress
  • Building Subsystems
  • Bomb Shelter Areas
  • Critical Asset Positioning
  • Protection Against On-Site CB Attacks
  • Protection Against Airborne CB Attacks
  • Shelter-in-Place Rooms
  • Protection Against IEMI Attacks

Prerequisite Knowledge

To maximize benefit from this course, it is recommended that students possess an advanced understanding of terrorist attack methods and basic blast dynamics. Students who do not possess prerequisite knowledge or experience in these topics are advised to enroll in the S2 Anti-Terrorism Officer (ATO) program or complete the following courses prior to enrollment in this program:

The final exam for the Physical Security Design & Anti-Terrorism distance learning course is administered online as a 25-question multiple-choice test. Upon completion of the exam, your score will be automatically graded and documented in the “My Courses” table (accessible in your student dashboard). In accordance with S2 Institute policy, the online examination must be with a score of 70% or better to receive a Certificate of Training. If you do not pass the exam the first time, you will have one opportunity to re-test.

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