Certified SDS Warfare Systems Engineer (CSDWSE) Certification Program by Tonex
This advanced program develops systems engineers to architect, integrate, and govern software-defined radar, sonar, and electronic warfare within modern naval combat systems. Participants learn how to apply MOSA, CMOSS, and SOSA principles to deploy flexible, upgradeable capabilities across surface, subsurface, and airborne platforms. Emphasis is placed on real-time sensing, signal processing, networking, and mission system orchestration for contested maritime environments.
Cybersecurity impact is treated as a first-order requirement, ensuring resilient command, control, and data links against cyber and EW threats. Graduates are prepared to harden software-defined stacks, protect mission data, and maintain operational assurance when adversaries attempt to degrade or deceive sensors and communications.
Learning Objectives
- Integrate SDS, SDR, and cognitive elements across naval mission systems
- Apply MOSA with CMOSS and SOSA for modular upgrades and portability
- Engineer multi-domain interoperability among surface, subsurface, and airborne nodes
- Design assured data links and time-sensitive networking for C2 continuity
- Optimize RF and acoustic sensor fusion for tracking and targeting performance
- Plan lifecycle sustainment and verification for safety and reliability at sea
- Strengthen cybersecurity across software-defined pipelines and EW-contested operations
Audience
- Systems Engineers
- RF and Signal Processing Engineers
- Naval Architects and Mission System Integrators
- Electronic Warfare Specialists
- Communications and Networking Engineers
- Program and Technical Managers
- Cybersecurity Professionals
Program Modules
Module 1: MOSA and Open Systems Alignment
- CMOSS chassis profiles and payloads
- SOSA module interoperability rules
- FACE alignment for software portability
- Open API governance and conformance
- Interface control documents lifecycle
- Upgrade roadmaps and tech refresh
Module 2: Software-Defined Acoustic and RF Fusion
- Multi-sensor track correlation logic
- Beamforming and adaptive filtering
- Time-frequency detection pipelines
- Passive and active cue integration
- Latency budgets and data quality
- Anti-deception fusion robustness
Module 3: EW Integration for Maritime Superiority
- Threat libraries and emitter characterization
- ES/EA/EP functional partitioning
- Cognitive jamming and resource management
- Low-probability intercept waveforms coordination
- Battle management with EW feedback loops
- Blue force emissions control policies
Module 4: Secure Interoperable Communication Links
- STANAG and Link-16 integration patterns
- TSN and deterministic Ethernet concepts
- Zero-trust enclave segmentation strategies
- Cross-domain and data labeling controls
- COMSEC keying and crypto agility
- SATCOM and beyond-line-of-sight resiliency
Module 5: Cognitive AI-Driven Warfare Systems
- Online learning for sensor tasking
- Model management and drift detection
- Human-on-the-loop decision support
- Trustworthy AI and assurance cases
- Adversarial ML and red-team testing
- Mission effectiveness metrics selection
Module 6: Verification, Validation, and Sustainment
- Digital thread and configuration baselines
- Qualification against open standards
- HIL/SIL strategy without laboratory reliance
- Reliability growth and FMECA alignment
- Obsolescence and parts management plans
- Fleet update, rollback, and patch safety
Exam Domains
- Open Architecture and MOSA Governance
- Multisensor Fusion and Signal Processing
- Electronic Warfare Effects and Protection
- Assured Communications and Networking
- AI-Enabled Decision Support and Trust
- Verification, Certification, and Sustainment
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 SDS Warfare Systems Engineer (CSDWSE). 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 SDS Warfare Systems Engineer (CSDWSE).
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified SDS Warfare Systems Engineer (CSDWSE) Certification Training exam, candidates must achieve a score of 70% or higher.
Ready to engineer resilient, software-defined naval combat capability Join the CSDWSE program by Tonex to elevate your mission systems expertise and deliver operational advantage at sea.