Join Peraton's mission-critical team supporting secure, real-time data delivery across complex operational environments in direct support of our nation's warfighters. If you are driven by national security and energized by cutting-edge C2ISR capabilities, sensor integration, and resilient data transport solutions, we invite you to join our team.
We are seeking highly cleared professionals who excel at the intersection of advanced communications infrastructure, distributed systems, and mission assurance—where reliability, security, and performance are paramount.
Specifically, we are looking for a TS/SCI cleared Systems Engineer - SME to support this mission at Pope Army Airfield, North Carolina
Responsibilities:
As a Systems Engineer - SME, you will provide technical and management leadership for all equipment and information support functions across the Task Order. Your responsibilities include:
- Provides leadership for on-site systems engineering support functions across the Task Order, establishing overarching goals and strategic plans for optimizing the C2ISR Transport Infrastructure systems. Leads activities to transition to modernize engineering practices, digital engineering frameworks, and emerging mission systems technologies
- Directs and controls the strategic design, development, and implementation of advanced on-site engineering solutions that address emerging communication challenges and mission requirements.
- Possesses expert domain and technical knowledge in C2ISR systems, complex technical problem-solving, and deployment methodologies, applying this to define and drive the technical roadmap for maintaining robust operational readiness.
- Has overall responsibility for establishing and implementing innovative approaches that ensure continuous system uptime and minimal disruption through proactive and reactive on-site engineering support. Provides training on integrated C2ISR workflows, data flows, and cross-platform dependencies
- Engages in high-level client negotiations and interfaces with senior management regarding the strategic vision, capabilities, and resource allocation for advanced on-site engineering support.
- Utilizes expert domain knowledge and decision-making that has a critical impact on the overall project implementation, ensuring all on-site systems engineering solutions enable continuous mission-focused technological adaptability and effectiveness.
- Directs and controls the methods and staffing for systems engineering teams, ensuring delivery of high-impact, scalable, and resilient on-site solutions that optimize C2ISR system performance.
- Provides authoritative guidance on all aspects of system design, integration, and verification, including advanced troubleshooting for complex C2ISR hardware and software components.
- Establishes and governs the architectural principles, tools, and platforms for all systems engineering efforts, critically impacting the reliability, resilience, and operational effectiveness of C2ISR systems.
- Shapes the future direction of C2ISR systems engineering for the Task Order by pioneering new techniques, research, and advanced deployment models, directly impacting mission success and national security.
- Utilize the following TO Management & Financial Tracking Tools: Microsoft Power Platform (Power Apps, Power BI, Power Automate); G Invoicing API; ASSIST portal integration; variance analysis dashboards; MS Project; Primavera; GFP management modules; WBS tracking systems; ServiceNow; Jira Service Desk; automated RIP/CTP/TAR workflows; SharePoint libraries; Confluence; Microsoft Search; lessons learned databases; video library repositories; Archer GRCeMASS, Archer GRC; internal audit portals; Excel/SharePoint audit templates; CMDB with version control; Power BI with R/Python integration; Tableau; predictive analytics engines; Teams; Azure AD role based access; mobile access via Power Apps.
- Utilize the following Role Specific Tools: Systems Integration Lab (SIL); Tri Domain Lab (IL4/IL5/IL6 enclaves with VRF routing, FIPS 140 3/HAIPE crypto, PTP/GPSDO time sync); Golden Test Packs; Test Readiness Review (TRR) frameworks (test matrix, golden data hashes, SLO compliance charts, rollback plans); CI/CD platforms (GitLab CI/CD, DAST, Jenkins, Azure DevOps); automated deployment tools (Ansible, Terraform); automated testing frameworks (Selenium, pytest, JUnit); security scanning tools (SCAP, Nessus, SonarQube); performance testing tools (Apache JMeter, LoadRunner); monitoring dashboards (Prometheus, Grafana); bug tracking systems (Jira, Azure DevOps); documentation repositories (Confluence, SharePoint).