Certified Ekasi Physical Security Engineer

Certified Ekasi Physical Security Engineer
Security Intermediate

Certified Ekasi Physical Security Engineer

Technical course focused on designing, implementing, and maintaining physical security systems including access control, surveillance, perimeter protection, and integrated security technologies.

Course Description

Technical course focused on designing, implementing, and maintaining physical security systems including access control, surveillance, perimeter protection, and integrated security technologies.

Learning Outcomes

Design complete physical security systems; Specify appropriate security technologies; Conduct security system audits; Integrate access control and CCTV; Implement perimeter protection; Troubleshoot security systems

Target Audience

Security engineers; System integrators; Facility security officers; IT security professionals; Physical security consultants; Installation technicians

9 Modules
63 Lessons
70h 0m

Core concepts of physical security, defense-in-depth, and security design methodologies
  • 1.1: Foundations of Physical Security (50 min)
  • 1.2: Security Surveys and Assessments (55 min)
  • 1.3: Physical Barriers and Protective Systems (55 min)
  • 1.4: Security Lighting (55 min)
  • 1.5: Delay and Response Time Calculations (55 min)
  • 1.6: Physical Security Design Documentation (55 min)
  • 1.7: Practical Workshop - Facility Security Assessment (60 min)

Design, specification, and implementation of electronic and mechanical access control
  • 2.1: Access Control Fundamentals (50 min)
  • 2.2: Credential Technologies (55 min)
  • 2.3: Electronic Locks and Locking Hardware (55 min)
  • 2.4: Controllers and Networking (55 min)
  • 2.5: Access Control System Design (55 min)
  • 2.6: Installation, Commissioning, and Testing (55 min)
  • 2.7: Practical Workshop - Access Control Design (60 min)

Camera systems, recording solutions, analytics, and surveillance network design
  • 3.1: CCTV Fundamentals (50 min)
  • 3.2: Camera Specifications and Selection (55 min)
  • 3.3: Lenses and Field of View Calculations (55 min)
  • 3.4: Recording, Storage, and Bandwidth (55 min)
  • 3.5: Video Analytics and AI (55 min)
  • 3.6: CCTV System Design and Coverage Planning (55 min)
  • 3.7: Practical Workshop - CCTV System Design (60 min)

Fencing, lighting, sensors, and alarm systems for boundary protection
  • 4.1: Perimeter Security Fundamentals (50 min)
  • 4.2: Intrusion Detection Sensors (55 min)
  • 4.3: Alarm Systems and Control Panels (55 min)
  • 4.4: Lighting for Perimeter Security (50 min)
  • 4.5: Integration with Access Control and CCTV (55 min)
  • 4.6: Testing and Maintenance of Perimeter Systems (55 min)
  • 4.7: Practical Workshop - Perimeter Security Design (60 min)

Converging physical security systems into unified platforms
  • 5.1: Fundamentals of Security System Integration (50 min)
  • 5.2: PSIM (Physical Security Information Management) (55 min)
  • 5.3: API Integration and Middleware (55 min)
  • 5.4: VMS Integration with Access Control and IDS (55 min)
  • 5.5: HR and Identity Management Integration (55 min)
  • 5.6: Visitor Management Integration (55 min)
  • 5.7: Practical Workshop - Integration Design (60 min)

Methodologies for identifying and remediating physical security weaknesses
  • 6.1: Physical Security Vulnerability Assessment (55 min)
  • 6.2: Penetration Testing for Physical Security (55 min)
  • 6.3: Security Auditing and Compliance (55 min)
  • 6.4: Security Metrics and Performance Monitoring (55 min)
  • 6.5: Remediation Planning and Tracking (55 min)
  • 6.6: Post-Assessment and Reporting (55 min)
  • 6.7: Practical Workshop - Vulnerability Assessment Exercises (60 min)

System upkeep, troubleshooting, upgrades, and end-of-life planning
  • 7.1: Security System Lifecycle Management (55 min)
  • 7.2: Preventive Maintenance Programs (55 min)
  • 7.3: Troubleshooting Common Security System Issues (55 min)
  • 7.4: Firmware and Software Updates (55 min)
  • 7.5: Spare Parts and Inventory Management (55 min)
  • 7.6: Vendor Management and Service Contracts (55 min)
  • 7.7: Practical Workshop - Maintenance Planning (60 min)

Engineering research methodologies, security technology evaluation, testing protocols, and performance measurement frameworks
  • 8.1: Engineering Research Methods Overview (55 min)
  • 8.2: Testing and Evaluation Methods (55 min)
  • 8.3: Data Analysis for Security Engineers (55 min)
  • 8.4: Failure Analysis and Root Cause Investigation (60 min)
  • 8.5: Emerging Technology Assessment (55 min)
  • 8.6: Technical Writing for Security Engineers (55 min)
  • 8.7: Practical Workshop - Research Exercises (60 min)

Critical thinking in engineering contexts, technical communication, stakeholder negotiation, and conflict resolution in security operations
  • 9.1: Critical Thinking for Security Engineers (55 min)
  • 9.2: Engineering Problem-Solving Frameworks (55 min)
  • 9.3: Technical Communication for Engineers (55 min)
  • 9.4: Presentation Skills for Engineers (55 min)
  • 9.5: Engineering Ethics and Professional Responsibility (55 min)
  • 9.6: Collaborative Communication and Teamwork (55 min)
  • 9.7: Practical Workshop - Communication Scenarios (60 min)

Certification Exam

Final certification exam covering all 9 modules of the Physical Security Engineer course

Passing Score: 70%
Time Limit: 90 minutes
Attempts Allowed: 3
Camera Required: Yes

To earn your certificate, you must complete all course materials and pass the final exam with a score of 70% or higher.

Enroll in this Course
Certificate included
100 hours content
Downloadable resources
Mobile access
Duration 100 hours
Skill Level Intermediate
Learning Method Self Study
Category Security
Modules 9
Total Lessons 63
Last Updated May 2026
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