Certified Physical Security Design Engineer (CPSDE) Certification Program by Tonex
Certified Physical Security Design Engineer CPSDE prepares engineers to design and justify engineering grade physical protection for facilities, campuses, and critical infrastructure. The program builds practical capability in layered security architecture, access control system selection, intrusion detection and video integration, and perimeter and barrier design aligned to real constraints such as safety, operations, and maintenance. Participants learn to translate threat and vulnerability analysis into measurable design requirements, then produce layouts, device placement logic, and performance targets that can be validated during commissioning and audits.
Cybersecurity impact is addressed throughout because physical access enables digital compromise and insider abuse. Strong physical controls reduce unauthorized access to network rooms, endpoints, and industrial assets that depend on secure spaces. The program connects physical security decisions to cybersecurity outcomes such as reduced attack surface, improved incident containment, and stronger resilience for critical services.
Learning Objectives
- Build a layered physical security architecture aligned to facility mission needs
- Specify access control components, credentialing, and door hardware requirements
- Design IDS coverage and alarm zoning with clear detection objectives
- Plan CCTV coverage, retention, and evidentiary quality for investigations
- Engineer perimeter and barrier solutions for delay, safety, and throughput
- Apply risk based tradeoffs to meet budget, operations, and compliance needs
- Explain how physical controls strengthen cybersecurity by limiting unauthorized proximity and device access
Audience
- Security Engineers
- Facilities Engineers
- Infrastructure Planners
- Physical Security Consultants
- Risk and Compliance Leads
- Cybersecurity Professionals
Program Modules
Module 1: Foundations of Physical Security Architecture
- Protection in depth and layered control concepts
- Asset and zone identification for facilities
- Security objectives and measurable performance targets
- Functional requirements and design constraints mapping
- Stakeholder coordination and operational impact review
- Design documentation and review package structure
Module 2: Access Control System Engineering Design
- Door types, locking hardware, and life safety alignment
- Reader and credential technologies and selection criteria
- Panel architecture, power budgeting, and cabling approach
- Enrollment workflows and identity proofing requirements
- Access levels, schedules, and exception handling logic
- Commissioning acceptance tests and as built validation
Module 3: IDS Sensors, Alarms, and Zoning Strategy
- Sensor types and application fit by environment
- Detection, nuisance reduction, and environmental hardening
- Alarm zoning philosophy and response driven grouping
- Supervision, tamper protection, and fault monitoring
- Integration points with monitoring and dispatch processes
- Performance verification and periodic testing plans
Module 4: CCTV Design and Systems Integration
- Camera types, lenses, and field of view planning
- Coverage modeling for identification and situational awareness
- Lighting, low light performance, and scene constraints
- Recording architecture, retention, and bandwidth sizing
- Video analytics use and operational governance
- Evidence handling workflows and audit readiness
Module 5: Barrier, Perimeter, and Site Hardening
- Standoff distance planning and approach control
- Fencing, gates, and anti climb design principles
- Vehicle mitigation and crash rated barrier selection
- Pedestrian routing, screening points, and queuing design
- Signage, deterrence, and environmental crime prevention
- Maintenance access and lifecycle cost considerations
Module 6: Risk Based Security Design and Assurance
- Threat modeling and vulnerability assessment translation
- Security levels, prioritization, and phased deployment planning
- Trade study methods for cost, risk, and usability
- Compliance mapping and design control traceability
- Incident response alignment and escalation design inputs
- Continuous improvement through metrics and lessons learned
Exam Domains
- Facility Threat Modeling and Vulnerability Analysis
- Security Requirements Engineering and Traceability
- System Integration, Commissioning, and Acceptance Testing
- Operational Security Governance and Procedures
- Compliance, Safety, and Regulatory Alignment
- Security Program Metrics and Continuous Improvement
Course Delivery
The course is delivered through expert led lectures, interactive discussions, guided design walkthroughs, and structured exercises based on realistic facility scenarios. Participants use curated reference materials, design templates, and case studies to practice translating risk into specifications and defensible engineering decisions.
Assessment and Certification
Participants are assessed through knowledge checks, graded design assignments, and a final evaluation focused on end to end physical security design quality. Upon successful completion, participants receive a certificate in Certified Physical Security Design Engineer CPSDE.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified Physical Security Design Engineer CPSDE Certification Training exam, candidates must achieve a score of 70% or higher.
Advance your ability to engineer defensible physical security designs that hold up under audit, operations, and real threat pressure. Enroll in CPSDE by Tonex to build practical, risk based design skills that also reinforce cybersecurity outcomes across critical spaces.