Certified TEMPEST Filtering, Grounding & Bonding Engineer (CTFGB) Certification Program by Tonex
Protected installations depend on disciplined coordination of power distribution, signal interfaces, grounding arrangements, bonding records, and authorized filter selections. This certification addresses the engineering governance and documentation needed to manage these interconnected concerns in emission security projects. Participants examine how protective interface components are selected under approved requirements, how electrical safety obligations remain distinct from confidentiality controls, and why installation workmanship affects the integrity of the delivered design. The program reviews equipment specifications, interface diagrams, conductor routing documentation, supplier evidence, and maintenance restrictions. Rather than offering unapproved technical limits or installation recipes, it develops the ability to identify design dependencies, review verification documentation, and recognize changes that require specialist evaluation. Learners assess how facility upgrades, cable substitutions, and poorly documented service work can create assurance gaps.
Effective cybersecurity depends on protected infrastructure as well as secure software configurations. Participants relate cybersecurity asset change controls to power and signal interface records, physical access oversight, and authorized emissions security assessments.
The practical training approach includes exercises, real-world case studies, and examples of processes and documentation used in TEMPEST filtering grounding and bonding integration projects. Participants review technical decisions, traceability records, and evidence packages relevant to accountable professional practice.
Learning Objectives
- Explain functional differences between filtering, grounding, and bonding.
- Interpret approved interface and installation documentation accurately.
- Evaluate component qualification, safety dependencies, and supplier evidence.
- Coordinate traceable installation inspections and engineering reviews.
- Identify configuration changes requiring authorized reassessment.
- Connect cybersecurity change governance with physical interface assurance.
Audience
- Electrical Systems Engineers
- Power Quality Specialists
- Facilities Integration Engineers
- EMSEC Installation Leads
- Security Assurance Inspectors
- Cybersecurity Professionals
Program Modules
Module 1: Functional Roles of Protective Electrical Interfaces
- Distinguish functional electrical safety and emissions objectives.
- Identify approved filters grounding and bonding responsibilities.
- Trace utility and signal connections on system drawings.
- Define protected boundary crossings requiring design coordination.
- Record safety codes and project-specific security obligations.
- Identify multidisciplinary interfaces and approval ownership.
- Separate component claims from integrated installation evidence.
Module 2: Filter Selection and Supplier Evidence Management
- Review specified interface requirements before component procurement.
- Assess certified versus unverified product configuration claims.
- Document allowable substitutions and manufacturer change notifications.
- Confirm supporting ratings and operating compatibility information.
- Evaluate supplier test evidence within stated limitations.
- Maintain traceability from purchase records to installed items.
- Refer controlled performance requirements to authorized reviewers.
Module 3: Grounding Architecture and Bonding Documentation Controls
- Interpret facility grounding diagrams and responsible ownership.
- Review bonding continuity documentation and installation drawings.
- Coordinate corrosion protection and maintenance accessibility requirements.
- Identify unapproved alterations to documented conductor paths.
- Recognize electrical hazard and regulatory safety boundaries.
- Record as-built deviations for engineering decision making.
- Prepare technical questions requiring licensed electrical expertise.
Module 4: Cables Connectors and Boundary Integration Risks
- Inventory shielded and unshielded interface categories.
- Review routing separation and interface allocation drawings.
- Compare specified connector variants against installed records.
- Identify additional cables crossing protected installation boundaries.
- Assess repair changes affecting approved connectivity assumptions.
- Coordinate inspection checkpoints before facilities handover.
- Capture equipment and cable inventory revisions consistently.
Module 5: Approved Inspection and Evaluation Evidence Processes
- Plan document checks aligned with authorized acceptance criteria.
- Inspect delivered labels certificates and configuration references.
- Coordinate specialist evaluations through responsible qualified providers.
- Record observed discrepancies and corrective action ownership.
- Distinguish electrical safety inspection from emission security acceptance.
- Prepare traceable installation evidence for authority review.
- Maintain records supporting future facility and equipment alterations.
Module 6: Maintenance Safety and Cybersecurity Change Coordination
- Define service boundaries and approved maintenance responsibilities.
- Review power modifications before implementing changes.
- Track supplier replacements affecting specified filter assemblies.
- Document bonding inspection and scheduled upkeep records.
- Integrate cybersecurity asset management with interface change records.
- Escalate unexplained physical alterations for security assessment.
- Prepare lifecycle protection briefings for facilities leadership.
Exam Domains
- Electrical Protection Objectives and Safety Separation
- Protective Component Qualification and Procurement Traceability
- Bonding Documentation and Grounding Responsibility
- Cable Boundary Governance and Connection Controls
- Authorized Inspection Evidence and Acceptance Decisions
- Maintenance Configuration and Cybersecurity Interface Oversight
Course Delivery
The program is delivered through expert-led lectures, interactive discussions, structured workshops, and project-based learning focused on TEMPEST filtering grounding and bonding integration. Participants use guided exercises, public-policy examples, real-world case studies, and representative technical documentation to practice informed professional decisions. Restricted evaluation techniques remain the responsibility of authorized organizations.
Assessment and Certification
Participants are assessed through quizzes, assignments, and a capstone project developing a protected electrical interface and installation evidence portfolio. Candidates who meet the program requirements and examination passing criteria receive a Tonex-issued certificate for Certified TEMPEST Filtering, Grounding & Bonding Engineer (CTFGB). This educational credential does not constitute NATO TEMPEST equipment certification, authorized evaluation-facility status, or government security accreditation.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified TEMPEST Filtering, Grounding & Bonding Engineer (CTFGB) Certification Training exam, candidates must achieve a score of 70% or higher.
Advance protected electrical interface assurance without compromising safety or traceability. Enroll in the Certified TEMPEST Filtering, Grounding & Bonding Engineer (CTFGB) Certification Program by Tonex to strengthen your specialized professional expertise.