RMF Cyber Engineer — Shape Global Cyber Resilience

Booz Allen Hamilton; El Segundo (CA); On-site; USD 86,800 - 198,000; Full time

Job summary

Booz Allen Hamilton is seeking a Risk Management Framework engineer to apply cybersecurity to the development and delivery of cyber resilient systems on a world stage. You will help understand cyberspace capabilities, evaluate weaknesses, and advise on security control implementation for the RMF process across the customer’s mission area.

The role leverages your RMF expertise and DoD standards to inform key stakeholders and guide secure engineering decisions in a dynamic defense-focused

Qualifications

• 4+ years guiding a client through RMF processes (e.g., DoDI 8510, AFI 17-101, NIST SP 800-37/53)
• Experience interpreting security controls for developers and stakeholders
• Experience drafting technical specs, plans, schedules, diagrams to assess control satisfaction
• Experience using security tools and the eMASS system
• Knowledge of DoD cybersecurity frameworks and space/DoD standards (CNSSI CNSSP)

Responsibilities

• Apply cybersecurity to develop and deliver cyber resilient systems
• Advise on security control implementation and RMF execution for mission areas
• Assess adversarial tactics to inform stakeholders and mitigations
• Collaborate with teams to understand cyberspace capabilities and weaknesses

Skills

RMF process knowledge

Security controls communication

eMASS familiarity

CNSSI/CNSSP knowledge

DoD 8140 certifications

TS/SCI clearance

Education

Bachelor’s degree in IT/Cybersecurity/Engineering

Master’s degree (plus)

Tools

eMASS

Job description

Booz Allen Hamilton is seeking a Risk Management Framework engineer to apply cybersecurity to the development and delivery of cyber resilient systems on a world stage. You will help understand cyberspace capabilities, evaluate weaknesses, and advise on security control implementation for the RMF process across the customer’s mission area.

The role leverages your RMF expertise and DoD standards to inform key stakeholders and guide secure engineering decisions in a dynamic defense-focused