Certified HEMP Test & Evaluation Specialist (C-HEMPTES) Certification Program by Tonex
Certified HEMP Test & Evaluation Specialist (C-HEMPTES) Certification Program by Tonex builds the practical competence needed to assess how systems and critical infrastructure behave under High-Altitude Electromagnetic Pulse threats. Participants learn the physics behind E1, E2, and E3 effects, how coupling occurs through cables, apertures, grounding paths, and shared power/communications interfaces, and what those mechanisms mean for real operational environments.
The program emphasizes structured evaluation planning, traceable test objectives, susceptibility interpretation, and defensible mitigation decisions across power, communications, data centers, and control facilities. Strong attention is given to engineering tradeoffs so resilience improvements do not break performance, maintainability, or safety constraints. The cybersecurity impact is direct because HEMP-driven upsets can trigger loss of availability, corrupted telemetry, degraded monitoring, and weakened operational control. Cybersecurity programs also benefit when resilience engineering closes pathways that attackers exploit during disruption windows. This certification strengthens technical readiness for protection, recovery, and continuity planning.
Learning Objectives
- Explain E1, E2, and E3 waveforms and their operational impacts
- Identify dominant coupling paths into platforms and facilities
- Build a structured HEMP test and evaluation plan with clear criteria
- Interpret susceptibility evidence to rank weak points and priorities
- Recommend hardening measures aligned to system constraints and mission needs
- Integrate HEMP resilience into continuity planning and lifecycle decisions
- Describe cybersecurity impact where HEMP disruption affects availability, monitoring, and trusted control
Audience
- Test engineers
- Infrastructure resilience specialists
- Defense system evaluators
- Power, telecom, and transport engineers
- Cybersecurity Professionals
Program Modules
Module 1: HEMP Threat Context And Waveforms
- Nuclear EMP versus intentional EMI comparison
- E1 fast pulse behavior and risks
- E2 intermediate effects and overlap
- E3 slow pulse and geomagnetic impacts
- Field strength, rise time, duration basics
- Platform versus facility exposure profiles
Module 2: Coupling Paths Into Systems Infrastructure
- Cable coupling and induced currents
- Aperture coupling through enclosures seams
- Antenna front-end vulnerability patterns
- Grounding paths and common impedance issues
- Power entry points and backdoor routes
- Control interfaces and shared networks exposure
Module 3: Test Planning And Evaluation Design
- Define objectives, scope, and assumptions
- Select representative configurations and states
- Establish pass fail criteria and margins
- Create instrumentation and logging approach
- Plan safety, access, and coordination steps
- Document traceability for decisions and reporting
Module 4: Susceptibility Evidence And Result Analysis
- Distinguish upset, latchup, and damage
- Correlate symptoms to coupling mechanisms
- Identify threshold levels and sensitivities
- Separate configuration faults from vulnerabilities
- Prioritize findings by mission consequence
- Produce actionable evaluation summaries
Module 5: Infrastructure Hardening And Design Tradeoffs
- Shielding effectiveness and continuity choices
- Filtering and surge protection placement logic
- Grounding bonding improvements and verification
- Zoning and separation for critical functions
- Power quality measures and ride through options
- Maintainability impacts and lifecycle constraints
Module 6: Resilience Integration And Assurance Reporting
- Align resilience targets to operational needs
- Define recovery actions and fallback modes
- Map dependencies across power and comms chains
- Integrate monitoring and alerting expectations
- Create decision support for investments
- Build compliance style evidence packages
Exam Domains
- Electromagnetic Environment Characterization
- Critical Function Dependency Mapping
- Resilience Risk Quantification Methods
- Protection Architecture Selection
- Continuity And Recovery Engineering
- Governance Documentation And Stakeholder Assurance
Course Delivery
The course is delivered through a combination of lectures, interactive discussions, hands-on workshops, and project-based learning, facilitated by experts in the field of Certified HEMP Test & Evaluation Specialist (C-HEMPTES) Certification Program by Tonex. Participants will have access to online resources, including readings, case studies, and tools for practical exercises.
Assessment and Certification
Participants will be assessed through quizzes, assignments, and a capstone project. Upon successful completion of the course, participants will receive a certificate in Certified HEMP Test & Evaluation Specialist (C-HEMPTES) Certification Program by Tonex.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified HEMP Test & Evaluation Specialist (C-HEMPTES) Certification Program by Tonex Certification Training exam, candidates must achieve a score of 70% or higher.
Build defensible HEMP evaluation capability and strengthen infrastructure resilience decisions with a structured, engineer-focused certification. Enroll in the C-HEMPTES program by Tonex and elevate your readiness to assess susceptibility, prioritize mitigations, and support continuity outcomes across mission-critical environments.