Certified TEMPEST Engineer Training Tutorial

Course Overview

Certified TEMPEST Engineer (CTE) Training by Tonex is designed to prepare engineers, security professionals, and government contractors to understand, assess, and mitigate compromising emanations from electronic systems.

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Certified TEMPEST Engineer (CTE) Training by Tonex will be offered:

Public Training with Exam: Feb 24-25, 2026

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TEMPEST engineering focuses on preventing sensitive information from being intercepted through unintentional electromagnetic emissions. This course provides a structured, practical, and compliance-driven approach aligned with national security requirements and secure facility standards.

Participants gain the technical knowledge and hands-on insight needed to support secure system design, testing, certification, and lifecycle management in high-security environments.

Module 1: Introduction to TEMPEST and Emissions Security

This module introduces the history, purpose, and evolution of TEMPEST standards. Participants explore how electromagnetic emanations occur and how adversaries exploit them for intelligence gathering.

Topics include:
• Fundamentals of electromagnetic radiation and signal propagation
• Types of compromising emanations
• Threat models and real-world interception scenarios
• Overview of national and international TEMPEST policies
• Relationship between TEMPEST, COMSEC, and INFOSEC

By the end of this module, participants understand why emissions security is critical in defense, intelligence, aerospace, and critical infrastructure sectors.

Module 2: Regulatory Framework and Standards

This module focuses on compliance requirements and governing standards that guide TEMPEST engineering.

Topics include:
• National TEMPEST authority structures
• Certification and accreditation processes
• Applicable shielding and zoning standards
• SCIF and SAPF considerations
• Documentation and audit readiness

Participants learn how to interpret requirements and ensure systems meet mandated emission limits during design and deployment.

Module 3: Electromagnetic Theory for TEMPEST Engineers

This technical module builds the foundational engineering knowledge required for emissions control.

Topics include:
• Electromagnetic compatibility (EMC) principles
• Signal coupling mechanisms (radiated and conducted)
• Grounding and bonding theory
• Shielding effectiveness calculations
• Filtering techniques

Hands-on examples demonstrate how poor grounding, cable routing, and enclosure design can create vulnerabilities.

Module 4: Shielding, Filtering, and Facility Countermeasures

This module examines practical mitigation strategies used in secure environments.

Topics include:
• Shielded enclosure design
• Faraday cage principles
• Power line filtering
• Fiber optic isolation
• HVAC and penetration treatment
• Zoning and separation concepts

Participants analyze real-world facility designs to understand how layered countermeasures reduce interception risk.

Module 5: TEMPEST Testing and Measurement

Testing is a core responsibility of a Certified TEMPEST Engineer. This module focuses on laboratory and field measurement techniques.

Topics include:
• Test equipment selection and calibration
• Spectrum analysis fundamentals
• Near-field and far-field measurements
• Test setup configuration
• Data interpretation and reporting

Participants gain insight into how emission limits are verified and documented during system certification.

Module 6: Secure System Design and Integration

This module integrates engineering concepts into system-level design.

Topics include:
• Designing for low emissions from the start
• PCB layout considerations
• Cable management and connector selection
• Integration of COTS equipment in secure environments
• Risk assessment methodologies

Engineers learn to incorporate emissions control into the development lifecycle rather than relying solely on retrofitting solutions.

Module 7: Risk Management and Threat Mitigation

This module connects TEMPEST engineering with enterprise risk management.

Topics include:
• Threat modeling for electronic systems
• Vulnerability assessments
• Countermeasure cost-benefit analysis
• Incident response planning
• Continuous monitoring strategies

Participants understand how to prioritize mitigation efforts based on operational risk and mission impact.

Module 8: Case Studies and Practical Applications

The final module presents real-world scenarios across defense, aerospace, intelligence, and government facilities.

Topics include:
• SCIF construction and retrofits
• Mobile platform emissions control
• Secure data centers
• Field-deployed systems
• Lessons learned from compliance failures

Participants apply course knowledge to practical challenges and develop actionable engineering solutions.

Who Should Attend

Electrical and systems engineers
• EMC/EMI specialists
• Security architects
• Government contractors
• Defense and aerospace professionals
• Facility security managers

Learning Outcomes

Upon completion of this Tonex Certified TEMPEST Engineer training, participants will be able to:

Identify and evaluate compromising emanation risks
Design systems and facilities to meet TEMPEST requirements
Conduct emissions testing and interpret results
Implement shielding and filtering countermeasures
Support certification and accreditation processes

This course equips professionals with the technical depth and regulatory understanding necessary to operate confidently in high-security environments where emissions security is mission-critical.

Tonex offers Certified TEMPEST Engineer Training, a 2-day course where participants master the foundational concepts of TEMPEST and its importance in safeguarding electronic systems as well as acquire proficiency in TEMPEST testing techniques, including measurement methodologies and data analysis.

Attendees also develop expertise in the design and implementation of TEMPEST countermeasures for various electronic devices, learn the regulatory frameworks governing TEMPEST standards and compliance, gain hands-on experience in conducting TEMPEST assessments and effectively mitigating electromagnetic vulnerabilities, and obtain the certification and skills necessary to excel as a Certified TEMPEST Engineer.

This training is tailored for professionals involved in the design, development, testing, and implementation of electronic systems, as well as individuals responsible for ensuring the security of sensitive information in government, defense, and critical infrastructure sectors. It is ideal for engineers, security professionals, and project managers seeking to enhance their expertise in TEMPEST.

All told, Tonex offers over 30 courses in its Radiation Resilience Institute. Sample courses include:

Certified Critical Infrastructure Protection Engineer Training

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