Senior Cybersecurity Systems Engineer (Flexible Schedules)

Lockheed Martin; Fort Worth (TX); On-site; USD 98,000 - 182,000; Full time

Benefits offered by this job

Medical

Dental

Vision

Flexible work arrangements

401(k) match

Paid time off

Holidays

Parental Leave

Life Insurance

Job summary

Lockheed Martin is seeking a cybersecurity professional in the Fort Worth, TX area to plan, design, develop, validate and verify cyber solutions across the lifecycle. The role involves threat modeling, vulnerability analysis, and coordinating with system architects to ensure robust cybersecurity design and verification.

The selected candidate will conduct cybersecurity testing, ensure compliance with specifications, and implement RMF/JSIG-based processes.

Qualifications

• DoD 8140 IAT Level II or higher certificate such as Security+ CE, CySA+, CASP+, GSEC, CISSP.
• Implementing and validating IA/Cybersecurity policies and controls.
• Experience with cyber assessments on complex information systems.
• Ability to travel as required.

Responsibilities

• Plan, design, develop, validate and verify Cyber solutions across the lifecycle.
• Conduct cyber risk assessment activities including threat modeling and vulnerability analysis.
• Coordinate with cyber/system architects to oversee solution development.
• Perform cybersecurity test and evaluation to verify compliance with requirements.

Skills

IAT level II+ (DoD 8140)

Security+ CE

Threat modeling

Vulnerability analysis

RMF/JSIG

Python scripting

DevSecOps

Cyber risk assessment

Education

B.S. in Cyber Security/CS/CE

Tools

Splunk

Nessus/ACAS

Trellix ePO

Job description

Lockheed Martin is seeking a cybersecurity professional in the Fort Worth, TX area to plan, design, develop, validate and verify cyber solutions across the lifecycle. The role involves threat modeling, vulnerability analysis, and coordinating with system architects to ensure robust cybersecurity design and verification.

The selected candidate will conduct cybersecurity testing, ensure compliance with specifications, and implement RMF/JSIG-based processes.