Why Attend This Training Course?

There is a need to strengthen efforts to improve security and protection of particularly vulnerable targets, such as infrastructure and public places, against terrorist attacks. This specialized training course  proposes a layered approach for the protection and prevention against terrorism attacks on critical  buildings. It is   rigorous, intense and thorough to ensure that each member of your staff  has the resourcefulness and presence of mind to act in crisis situations they might not have even imagined encountering.  This training course offers  fully immersive training experience ideally suitable for security managers and teams who work to secure crowded places. It is  tailored  to meet customer requirements. Our course introduces  the latest research, practice and training methodologies to security managers, including those responsible for high-profile targets.

What Is The Training Course Methodology?

This training course methodology depends on enabling participants to interact and exchange experiences, explore their competencies and achieve their career aspirations, using forward-thinking training arts, such as theoretical lectures and/or open discussion to exchange opinions and experiences, scenarios, innovative thinking brainstorming. Participants will receive an agenda including training material as a reference, in addition to some extra notes and booklets. 

Who Should Attend This Training Course?

This training course is designed for all security engineers, technicians, and assistants, as well as industrial security department staff at industrial facilities, ports, industrial cities and vital buildings from strategic ministries, oil companies and supervisors of bank security and all those related to the security of critical buildings.

What Are The Training Course Objectives?

• Introduce the concept of security engineering as one of the modern approaches to protect vital and strategic buildings

• Recognize the modern duties of leading the facility security staff and preventive security management

• Study new methods of developing plans for the development of operating rooms, modern planning and the development of processing strategic security technique mechanisms

• Increase knowledge of how to plan security systems and achieve greater understanding of the design skills for a security system from a security engineering perspective

• Training on how to prepare cadastral maps from a security engineering perspective of the facility components and the basis of the engineering classification of security elements

• Introduce modern equipment of security engineering strategies required to achieve complete protection of the facility

• Training on how to design a comprehensive technical security system for a facility compliant with the security engineering plan

What Is The Training Course Curriculum?

Basic Concept of Security Engineering

• Checkpoints from a security engineering perspective (forms - how to deal with them - types)

• Degree of risk and the foundations of the required technological devices

• Technological control at the entrances and exits

• Vital areas and bases of security classification

• Statistical Engineering Analysis 

Basis of Security Barriers

• Types of security barriers (concrete - iron - wire - sand - chemical - water - electric)

• Nature of the facility to be protected to test the most appropriate barriers

• The foundations of internal and external civil defense including:

  • Putting adhesive on windows to prevent fragmentation 

  • Early warning devices

  • First aid means

  • Fire extinguishing devices

  • Contact devices

  • Use of protective masks

  • Security Barrier Engineering

• Building protection engineering near vital buildings

 Basis for Installing Surveillance Cameras

• Basis for installing speakers

• Cadastral engineering fundamentals to ensure the safe distribution of facility components

• Engineering alternatives in case of emergency

• Safe distribution of power lines to ensure partial power outage

• non-reliance on one source of electricity)

• Technological Alert Engineering

Preparing Cadastral Maps from a Security Engineering Perspective

• Electronic camouflage engineering

• Engineering of Safe Evacuation Methods

• Loss reduction engineering

• Engineering training technology for security staff

• Engineering foundations of security maneuvers within the facility to ensure the efficiency of the security technological devices

• Basis of engineering classification of security elements

• Use of artificial intelligence technology

• Use of communication technology

Security Engineering: Devices

• Ultrasonic devices

• Dober devices

• Satellite monitoring devices

• Night vision devices (Infrared)

• Radiation monitoring devices

• Foundations of defense, factuation & confirmation from a security technology perspective

• Types of mines

• Basics of identifying mine sites

• Engineering and technological bases for deactivating mines and timed explosives

• Robot technology and engineering security applications

• Usage basics of electronic sensors in security engineering 

Lighting Distribution

• Distribution of lighting and alternative lighting in case of danger

• Security engineering foundations for dismounted and mobile patrols inside and outside the facility

• Engineering of safe spaces for operation and emergency rooms

• Engineering the use of helicopters in difficult security situations and handling methods

• Engineering of safe spaces at facilities

• Opening and Closing of hydraulic gate

• Mechanical gates

• Single-way e-gates (in and out)

• Smart electronic gates to identify undesirable people

• Secret emergency gates with special code

• Foundations of emergency plans

• Some successful international standards in security engineering and intelligent surveillance technology

• Types of engineering codes and preparation methods