We help clients implement responsive, model-based systems engineering frameworks that integrate geotechnical, environmental, and accident-based inputs into architecture and requirements decomposition activities.

Traditional civilian reactor programs—governed by the NRC—focus primarily on safety through design basis accident (DBA) analysis. However, the DoD5000 process requires more granular and systematic verification of performance, functionality, and interface compliance across all architecture levels: system, segment, element, and sub-system. Our team brings extensive experience in developing tailored verification strategies using a combination of test, analysis, demonstration, and examination methods to ensure coverage, traceability, and review readiness in accordance with military standards.

Our team has supported certification activities across multiple defense platforms, ensuring early and continuous compliance with mission assurance, cybersecurity (e.g., NIST 800-171 Rev. 2), and nuclear surety requirements.

We lead cost–capability trade studies that inform achievable system baselines aligned with customer intent, budget constraints, and mission-driven performance objectives—essential for avoiding "design dead-ends" in the face of cross-domain constraints such as modularity, transportability, and manned-only operations.