Navy RMF Cyber Risk Architect

Booz Allen Hamilton; United States; On-site; USD 62,000 - 141,000; Full time

Benefits offered by this job

Health benefits

Life insurance

Disability benefits

Tuition assistance

Work-life programs

Job summary

Booz Allen Hamilton is seeking an information security risk specialist to guide government clients through Navy RMF lifecycle tasks. You’ll collect technical details from SMEs, shape risk assessments, and craft plans of action with milestones to mitigate threats to critical systems.

You will develop and support SAPs and SARs, translate complex security concepts for decision-makers, and present findings to leadership in a structured, compliant environment.

Qualifications

• 3+ years of experience leading and executing Navy RMF.
• Experience with eMASS and ACAS, vulnerability management.
• Experience reviewing STIGs and enforcing STIGs.
• Knowledge of Navy RMF requirements and POA&Ms.
• Bachelor’s degree in a relevant field.

Responsibilities

• Lead and execute Navy RMF lifecycle across all steps.
• Gather technical and personnel details from SMEs for risk assessment.
• Develop mitigation plans and POA&Ms.
• Present plans and milestones to military leaders with clear actions.
• Translate security concepts for decision-makers.

Skills

RMF leadership

Navy RMF lifecycle

eMASS

ACAS

STIGs

SAP/SAR development

PPSM knowledge

DoD 8140/752

Security concepts translation

Secret clearance

Education

Bachelor's degree in Cybersecurity/IT/CS/IS/Data Science/Software Engineering

Tools

eMASS

ACAS

STIG Viewer

HBSS

SCAP

Job description

Booz Allen Hamilton is seeking an information security risk specialist to guide government clients through Navy RMF lifecycle tasks. You’ll collect technical details from SMEs, shape risk assessments, and craft plans of action with milestones to mitigate threats to critical systems.

You will develop and support SAPs and SARs, translate complex security concepts for decision-makers, and present findings to leadership in a structured, compliant environment.