DoD Cybersecurity Engineer - RMF/A&A & DevSecOps

Odyssey Systems Ltd; Oklahoma City (OK); On-site; USD 100,000 - 150,000; Full time

Job summary

Odyssey Systems is seeking a Cybersecurity Engineer to support the Air Force Life Cycle Management Center at Tinker AFB, OK. The role focuses on RMF/A&A, DoD cybersecurity policy compliance, and security engineering across C2ISR and radar-related programs.

The candidate will develop security documentation, manage PKI and access controls, and drive risk assessments while collaborating with government and contractor teams to ensure secure system design and operation.

Qualifications

• Active Top Secret clearance required and maintainable.
• ABET-accredited engineering degree; 7+ years DoD experience.
• Security+ certification desired.
• Experience with RMF, A&A, and DoD policies.
• Strong communication with government and contractors.

Responsibilities

• Develop security documentation: SSPs, PPAs, and risk analyses.
• Support RMF A&A activities ensuring DoD compliance.
• Manage accounts, PKI, ports/protocols, and access lists.
• Implement security updates and remediation per DoD requirements.
• Conduct risk assessments and recommend policies and disaster recovery.
• Collaborate in system/network design for security alignment.
• Lead in integrating cybersecurity requirements into design.
• Review RMF controls across architecture and docs.
• Coordinate with stakeholders for A&A approvals.

Skills

RMF

A&A

PKI

STIG

DoD cloud

CI/CD

DevSecOps

Security policies

Education

ABET-accredited BS in Engineering

Tools

eMASS

Job description

Odyssey Systems is seeking a Cybersecurity Engineer to support the Air Force Life Cycle Management Center at Tinker AFB, OK. The role focuses on RMF/A&A, DoD cybersecurity policy compliance, and security engineering across C2ISR and radar-related programs.

The candidate will develop security documentation, manage PKI and access controls, and drive risk assessments while collaborating with government and contractor teams to ensure secure system design and operation.