OT Cybersecurity Engineer (Remote)

Zantech; Richmond (VA); On-site; USD 120,000 - 155,000; Full time

Benefits offered by this job

Vacation package

Strong benefits

Career growth opportunities

Job summary

Zantech is seeking an OT Cybersecurity Engineer for a Remote role tied to the DLA vulnerability management program. The engineer will support SIPRNet/NIPRNet environments, perform risk assessments, and help ensure compliance with DoD/OMB/NIST policies while coordinating with HQ DLA locations in the DC metro area.

The role requires extensive IT and OT security expertise, DoD 8570 IASAE III style certifications, and readiness to travel for meetings as needed within the identified DLA sites.

Qualifications

• Ten years of IT experience with five years in OT, per contract amendment.
• Experience analyzing DoD/DLA information systems for IA policy compliance.
• Ability to conduct Security Test and Evaluation and reviews.
• DoD 8570 IASAE III and related security certifications preferred.

Responsibilities

• Analyze existing DLA IT/OT/INfrastructure for IA policy compliance.
• Review policy against design docs for NIPRNet and SIPRNet impact.
• Assist with Security Test and Evaluation and IA/cybersecurity reviews.
• Assess impact of DoD policy on Cloud, OT, IT, and IA architecture.
• Develop standards and guides for IA/cybersecurity solutions.
• Conduct risk assessments and document mitigation strategies.

Skills

IT security

OT security

Threat analysis

Policy compliance

Risk assessment

Security testing

SIPRNet/NIPRNet

DoD 8570 IASAE III

Job description

Zantech is seeking an OT Cybersecurity Engineer for a Remote role tied to the DLA vulnerability management program. The engineer will support SIPRNet/NIPRNet environments, perform risk assessments, and help ensure compliance with DoD/OMB/NIST policies while coordinating with HQ DLA locations in the DC metro area.

The role requires extensive IT and OT security expertise, DoD 8570 IASAE III style certifications, and readiness to travel for meetings as needed within the identified DLA sites.