Cryptographic Systems Information Assurance Engineer

Veracity Ventures Inc.•Winslow Township, NJ
•$140,000 - $148,000•Onsite

About The Position

We are seeking a strong Systems Engineer with deep expertise in Information Assurance, cryptography, and NSA Type-1 certification processes. The ideal candidate will have at least 10 years of experience supporting the full system engineering lifecycle for high-assurance, mission-critical defense communication systems. This role combines embedded systems integration experience with a strong understanding of secure networking and key management. The successful candidate will serve as a technical SME, driving NSA certification activities from architecture through testing.

Requirements

  • Bachelor’s degree in an engineering discipline.
  • Active DoD security clearance required (SECRET minimum).
  • 10+ years of Systems Engineering experience supporting Information Assurance systems or related products.
  • At least 5 years of experience with Systems Engineering lifecycle from concept through test, including architecture development, functional analysis, requirements allocation & traceability, trade studies, system synthesis, and integration.
  • Experience planning, developing, and executing verification activities for security features and system-level functionality.
  • Hands-on system integration and test (I&T) experience for complex embedded or networked systems.
  • Experience authoring and reviewing artifacts for formal design reviews.
  • Model-Based Systems Engineering (MBSE) experience.
  • Proven track record in the architecture, design, analysis, integration, and test of NSA Type-1 certified or NSA-approved systems or equipment.
  • Experience with security verification test planning and execution.
  • Familiarity with the NSA Type-1 certification lifecycle, including interactions with NSA technical evaluators.
  • Experience supporting NSA security Certification & Verification activities, including evidence production, test event support, and closure of certification findings.
  • Familiarity with NSA certification artifacts and deliverables.
  • Exceptional security architecture development skills, including ability to make and defend complex security trade-offs in high-assurance systems.
  • Working knowledge of Type-1, Suite A, Suite B, and Commercial cryptographic algorithms (symmetric and asymmetric).
  • Knowledge of Public Key Infrastructure (PKI), TLS, and certificate/key management.
  • Understanding of key management systems including EKMS and KMI as applied to End Cryptographic Units (ECUs).
  • Experience with secure networking protocols, red/black interface design, and embedded Linux development environments for cryptographic devices.
  • Excellent verbal and written communication skills with the ability to coordinate efforts across teams, influence decisions, resolve issues, and effectively communicate change.

Nice To Haves

  • Master’s degree highly desirable.
  • Advanced MBSE experience is strongly desirable.
  • Experience with cybersecurity compliance and the Risk Management Framework (RMF).
  • Cybersecurity certifications (e.g., CISSP).
  • Active TS/SCI clearance.
  • Multiple programs experience with NSA certification artifacts and deliverables highly desirable.

Responsibilities

  • Support the full system engineering lifecycle for high-assurance, mission-critical defense communication systems.
  • Integrate embedded systems.
  • Understand secure networking and key management.
  • Serve as a technical SME to drive NSA certification activities from architecture through test.
  • Plan, develop, and execute verification activities for security features and system-level functionality.
  • Perform system integration and test (I&T) for complex embedded or networked systems.
  • Author and review artifacts for formal design reviews.
  • Support NSA security Certification & Verification activities, including evidence production, test event support, and closure of certification findings.
  • Develop security architectures and make complex security trade-offs in high-assurance systems.
  • Communicate effectively across teams, influence decisions, resolve issues, and communicate change.
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