Certified Counter-UAS Weapons Evaluation Professional (CCUWEP) Certification Program by Tonex
The Certified Counter-UAS Weapons Evaluation Professional (CCUWEP) Certification Program by Tonex prepares professionals to evaluate kinetic, directed-energy, radio frequency defeat, and integrated counter-unmanned aircraft system capabilities. Participants develop a structured understanding of threat characterization, weapon effectiveness, operational suitability, engagement constraints, safety considerations, and mission-level performance.
The program examines how different defeat technologies respond to varying unmanned aircraft system profiles, operating environments, command requirements, and rules of engagement. Participants learn to compare weapon performance, interpret evaluation evidence, identify capability limitations, assess collateral risks, and communicate recommendations to technical and operational decision-makers.
Cybersecurity plays a critical role because counter-UAS systems depend on protected sensors, command networks, targeting data, software, and communication links. Weak cybersecurity controls may allow adversaries to manipulate detection information, disrupt weapon coordination, expose operational data, or compromise system availability. The program therefore addresses cyber resilience, secure integration, electronic protection, access control, and trustworthy data management throughout the evaluation process.
Learning Objectives
Upon completing this certification program, participants will be able to
- Explain the operational principles of major counter-UAS weapon technologies
- Evaluate kinetic systems against representative unmanned aircraft system threats
- Assess directed-energy weapon effectiveness, limitations, and environmental dependencies
- Analyze radio frequency defeat capabilities and spectrum-related constraints
- Develop structured operational assessment criteria for counter-UAS weapons
- Compare safety, legal, technical, and mission risks across defeat options
- Evaluate cybersecurity protections supporting secure weapon integration and operational resilience
Audience
- Counter-UAS system engineers
- Defense acquisition professionals
- Weapon systems evaluators
- Military operational planners
- Test and evaluation personnel
- Security and intelligence analysts
- Program and project managers
- Electronic warfare professionals
- Cybersecurity Professionals
- Government and defense contractors
Program Modules
Module 1: Counter-UAS Threat and Mission Foundations
- Counter-UAS mission objectives and operational priorities
- Unmanned aircraft system classifications and performance characteristics
- Threat payloads, flight behaviors, and attack methods
- Detection, tracking, identification, and engagement relationships
- Mission environments and operational constraint analysis
- Rules of engagement and authorization considerations
- Weapon evaluation terminology and performance measures
Module 2: Kinetic Weapon Performance Evaluation Methods
- Projectile-based defeat concepts and engagement mechanisms
- Interceptor systems and controlled collision approaches
- Accuracy, range, response time, and effectiveness measures
- Target vulnerability and damage assessment considerations
- Ammunition capacity and sustained engagement limitations
- Collateral effects and populated-area risk factors
- Kinetic system reliability and operational suitability
Module 3: Directed Energy Capability Assessment Principles
- High-energy laser weapon operating principles
- High-power microwave defeat mechanisms and effects
- Beam control, tracking accuracy, and target exposure
- Atmospheric conditions affecting energy delivery
- Power availability and thermal management requirements
- Engagement duration and repeated target considerations
- Directed-energy safety and hazard assessment requirements
Module 4: Radio Frequency Defeat Effectiveness Analysis
- Radio frequency disruption and denial principles
- Command link identification and protocol considerations
- Navigation interference and positioning denial methods
- Spectrum availability and electromagnetic environment analysis
- Directional and omnidirectional engagement approaches
- Friendly communications interference and deconfliction requirements
- Radio frequency defeat limitations against autonomous threats
Module 5: Integrated Weapon Evaluation and Comparison
- Multi-layered counter-UAS weapon architecture assessment
- Sensor-to-effector integration and decision timelines
- Weapon assignment and target prioritization processes
- Comparative effectiveness across representative threat categories
- Interoperability with command and control environments
- Cybersecurity resilience and protected data exchange
- Capability tradeoffs and selection recommendation development
Module 6: Operational Suitability and Decision Support
- Mission-based evaluation planning and assessment criteria
- Environmental, logistical, and deployment considerations
- Safety, legal, policy, and compliance requirements
- Reliability, availability, maintainability, and supportability analysis
- Operational evidence collection and performance interpretation
- Evaluation findings, limitations, and risk communication
- Executive reporting and acquisition decision support
Exam Domains
- Counter-UAS Threat Characterization and Engagement Context
- Weapon Effectiveness Measurement and Evidence Interpretation
- Electromagnetic and Spectrum-Based Defeat Analysis
- Safety, Legal, and Operational Risk Governance
- System Integration, Cyber Resilience, and Interoperability
- Capability Selection and Evaluation Decision-Making
Course Delivery
The program is delivered through expert-led lectures, interactive discussions, technical case studies, guided evaluation exercises, and project-based learning. Participants receive access to relevant readings, assessment frameworks, operational examples, reference materials, and structured tools for comparing counter-UAS weapon capabilities. Instruction emphasizes practical decision-making, defensible evaluation methods, and clear communication of technical and operational findings.
Assessment and Certification
Participants are assessed through quizzes, assignments, scenario-based evaluations, technical analysis activities, and a capstone assessment. The assessment process measures the participant’s ability to evaluate weapon effectiveness, compare defeat technologies, analyze operational constraints, address cybersecurity risks, and develop evidence-based recommendations. Upon successful completion of the program and required examination, participants receive the Certified Counter-UAS Weapons Evaluation Professional (CCUWEP) certification from Tonex.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
- Analytical Questions
- Multi-constraint Decision Questions
- Operational Assessment Questions
- Technology Comparison Questions
Passing Criteria
To pass the Certified Counter-UAS Weapons Evaluation Professional (CCUWEP) Certification Program exam, candidates must achieve a score of 70% or higher.
Strengthen your ability to evaluate modern counter-UAS weapon technologies and support defensible operational and acquisition decisions. Enroll in the Certified Counter-UAS Weapons Evaluation Professional (CCUWEP) Certification Program by Tonex and build advanced expertise in kinetic systems, directed energy, radio frequency defeat, cybersecurity, and operational assessment.