Cybersecurity Engineer - Columbia, MDRohde & Schwarz

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  • Not-remote
  • Total comp
    Expected total yearly pay with bonus and equity at target, including any base pay.
  • Salary
  • Columbia

Job Summary

  • Perform detailed cybersecurity assessments of ATC systems, subsystems, and COTS components.
  • Map component‑level controls to applicable cybersecurity frameworks, primarily NIST SP 800‑53, as well as complementary frameworks (e.g., NIST CSF, ISO 27001, or aviation‑specific guidelines when applicable).
  • Identify deficiencies, evaluate risk impact on safety‑critical functions, and define remediation recommendations.
  • Produce assessment reports, risk matrices, and control implementation summaries.
  • Contribute to the creation, documentation, and maintenance of System Security Plans for ATC systems across their life cycle. -
  • Describe system boundaries, data flows, interfaces, security controls, operational environments, and residual risks.
  • Ensure consistency with regulatory, customer, and internal compliance requirements.
  • Collaborate with systems engineering and certification teams to prepare security deliverables for audits and approval processes.
  • Design secure architectures for ATC systems, addressing confidentiality, integrity, availability, traceability, and resilience.
  • Define system‑level and component‑level security controls, zoning concepts, segmentation, and protective monitoring strategies.
  • Produce architecture diagrams, security models, and interface control documents.
  • Align solutions with aviation safety‑critical constraints, real‑time performance requirements, and applicable cybersecurity policies.
  • Work closely with the product engineering teams based in Europe and North America.
  • Support R&D and engineering teams by translating security requirements into actionable engineering tasks.
  • Review system designs, prototypes, and interfaces for compliance with security standards.
  • Provide guidance on closing identified security gaps through secure coding practices, architectural changes, or control enhancement.
  • Communicate complex cybersecurity concepts in a clear, engineering‑friendly manner.
  • Familiarity in IP networking, VoIP, and RF communications or similar.
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