Chief Engineer, Enterprise IT and Communications; BGPL

The Bowen Group, a GTSC company, seeks an accomplished Chief Engineer to serve as the program's senior technical authority for enterprise IT and communications capabilities across secure facilities.

Washington, DC metro area, with travel to program locations.

Current Top Secret with SCI-eligibility and Special Access Programs (SAP) eligibility.

25-50% travel to support activities across multiple program locations.

None required.

$,000

The Chief Engineer will establish the engineering vision, maintain the integrated technical baseline, and align systems, network, infrastructure, cybersecurity, cloud, applications, data, and operations around a coherent solution. This execution-oriented leadership role supports a fast-paced, milestone-driven prototype with near-term commitments. Success requires broad technical credibility, disciplined governance, executive communication, and balanced judgment across mission, security, resilience, cost, schedule, and lifecycle risk.

• 12+ years of progressive experience designing, integrating, modernizing, or sustaining complex enterprise IT, including classified environments.

• Bachelor's degree in Systems Engineering, Computer Science, Information Technology, Engineering, or a related field.

• Experience leading multidisciplinary engineering organizations or major initiatives across dispersed locations.

• Broad technical knowledge across enterprise architecture, systems, networking, infrastructure, cybersecurity, cloud, applications, and operations.

• Experience leading architecture reviews, trade studies, risk assessments, integration, and major engineering decisions.

• Experience engineering capabilities for SCIF or other accredited classified environments, including multi-enclave systems and security boundaries.

• Working knowledge of the Risk Management Framework (NIST SP 800-37 / 800-53) and experience advising senior leaders.

• Active Top Secret Clearance (SCI eligibility) required.

• Excellent communication skills both verbally and in writing. Ability to develop papers, reports, and briefings targeted to senior decision makers.

• Advanced degree or relevant senior-level systems engineering, architecture, program management, or cybersecurity certification.

• Experience integrating cross-domain solutions (CDS) into enterprise architectures.

• Experience supporting Special Access Program (SAP) facilities, systems, or environments.

• Experience designing or standing up network or security operations centers (NOC/SOC), including 24x7 coverage models.

• Establish the program's technical vision, engineering strategy, priorities, architecture, standards, and modernization roadmap.

• Serve as the principal technical advisor to the Program Manager, government sponsors, executive leadership, and engineering teams.

• Own the integrated technical baseline across systems, network, infrastructure, cybersecurity, cloud, applications, data, facilities, and operations.

• Lead architecture reviews, design reviews, readiness reviews, technical interchange meetings, and engineering working groups.

• Manage technical risks, architecture gaps, interface challenges, conflicting requirements, technical debt, and lifecycle concerns.

• Direct trade studies addressing assumptions, alternatives, cost, schedule, security, risk, and operational consequences.

• Ensure mission requirements remain traceable through architecture, implementation, integration, verification, validation, transition, acceptance, and operations.

• Resolve cross-domain conflicts and communicate major decisions, risks, dependencies, and recommendations to stakeholders.

• Establish an integrated automation strategy spanning engineering, cybersecurity, testing, monitoring, compliance, and operations.

• Enterprise architecture and multidisciplinary systems engineering.

• Requirements, interfaces, integration, verification, validation, and lifecycle management.

• Networking, infrastructure, cloud, cybersecurity, applications, identity, data, and operations.

• Technical governance, configuration management, change control, and decision management.

• Reliability, availability, resilience, scalability, maintainability, and operational supportability.

• Security architecture, zero-trust principles, risk management, and defense in depth.

• Automation, observability, infrastructure as code, configuration management, and modern engineering practices.

• Technical risk analysis, trade studies,…