Lead DevSecOps Engineer

Clearance Level Must Currently Possess:

Clearance Level Must Be Able to Obtain:

Job Family:

Bachelor’s degree in Computer Science, Engineering, Information Systems, or related field; or equivalent experience.

Prior experience implementing DevSecOps environments for IDIQ or multi-award contract vehicles.

Experience with cloud platforms (AWS, Azure, GCP, or IC-specific clouds) and cloud-native architectures.

Familiarity with microservices architectures, API-first design, and event-driven systems.

Experience with observability stacks (e.g., Prometheus, Grafana, ELK/EFK, Splunk, OpenTelemetry).

Knowledge of IC security and compliance frameworks, accreditation processes, and risk management approaches.

Experience defining code assessment methodologies and tools for portfolio analysis and modernization planning.

Demonstrated success standardizing toolchains and practices across multiple teams or organizations.

Relevant certifications (e.g., AWS/Azure DevOps, Kubernetes (CKA/CKAD), CISSP, Security+, SAFe DevOps).

What You’ll Bring

A strategic mindset with the ability to translate mission and business goals into a coherent DevSecOps roadmap.

A bias for automation and standardization, with a focus on measurable outcomes and continuous improvement.

The ability to lead by influence, drive consensus, and uplift the technical maturity of teams across the program.

If you’re excited to shape a modern, secure, and scalable DevSecOps ecosystem that accelerates software modernization for mission-critical customers, we’d like to hear from you.

Scheduled Weekly Hours:

Job Description:

Are you ready to be a part of an elite team at GDIT, working on a large-scale, pioneering National Intelligence program? This is an incredible opportunity to immerse yourself into an environment that fuses innovation, speed, and security to safeguard our Nation.

At GDIT, you'll thrive in a dynamic and collaborative setting, where your technical skills will be both challenged and expanded. This program offers the chance to engage with cutting-edge technologies and contemporary development practices in support of a vital mission. You'll play a critical role in addressing some of the most intricate security and operational challenges facing Intelligence and Homeland Security today.

Come join us and contribute to a mission that truly matters, while advancing your career alongside some of the brightest minds in the industry. 

GDIT is seeking a Lead DevSecOps Engineer to drive the implementation and maturation of our unclassified engineering environment in support of a large-scale software development and modernization IDIQ program. This role will define and lead the DevSecOps strategy across a diverse application portfolio, accelerating modernization, standardization, and delivery for mission customers.

You will work closely with the Lead Systems Engineer and Solutions Architect, and will be directly managed by the Solutions Architect. Together, you will establish a unified vision, architecture, and operating model that enables consistent, secure, and scalable software delivery across the program.

Key Responsibilities

• Lead Unclassified Environment Implementation

Architect, implement, and evolve GDIT’s unclassified DevSecOps environment to support multi-team software development and modernization efforts.

Define environment patterns and templates that can be rapidly replicated across task orders and projects.

• Strategic DevSecOps Vision & Roadmapping

Develop a unified DevSecOps strategy and technical vision for the IDIQ, aligning with the Solutions Architect and Lead Systems Engineer.

Create and maintain roadmaps for tools, platforms, and practices to standardize DevSecOps across the application portfolio.

Integrate modernization roadmaps across teams, ensuring consistent patterns for build, test, deploy, and operations.

• Code Assessment & Modernization Approach

Define and implement a code assessment framework to evaluate legacy and modern applications (e.g., code quality, technical debt, security posture, cloud readiness).

Recommend modernization approaches (refactor, replatform, retire, replace) based on assessment outcomes, mission priorities, and risk.

Establish metrics and dashboards that provide visibility into application health, delivery performance, and modernization progress.

• DevSecOps CI/CD & Data Pipelines

Design, implement, and optimize DevOps CI/CD pipelines for applications supporting the Intelligence Community (IC) and related environments.

Design data pipelines to support data-centric applications, analytics, and mission workflows, with a focus on scalability, resilience, and security.

Embed security controls, static/dynamic analysis, and compliance checks into CI/CD pipelines (“shift left” security).

• Standardization & Tooling

Identify, evaluate, and recommend new technologies, tools, and platforms (e.g., container platforms, orchestration, IaC, security tools) to enhance the DevSecOps ecosystem.

Standardize toolchains and delivery patterns to reduce fragmentation, increase reuse, and improve reliability across teams.

Define and maintain reference architectures, templates, and playbooks for application onboarding, build, test, deploy, and operations.

• Collaboration & Leadership

Partner with the Lead Systems Engineer to align DevSecOps practices with system architecture, integration, and performance requirements.

Work under the direction of the Solutions Architect to ensure DevSecOps strategy aligns with overall solution architecture and customer objectives.

Provide technical leadership, mentoring, and guidance to development, infrastructure, and security engineers across the program.

Evangelize DevSecOps culture, automation-first mindset, and continuous improvement practices.

• Security, Compliance & Reliability

Ensure DevSecOps practices meet IC security expectations and applicable standards (e.g., zero trust principles, secure coding, STIGs where applicable).

Implement observability, monitoring, logging, and incident response patterns as part of the delivery pipeline.

Drive improvements in system reliability, availability, and performance through automation and feedback loops.

Work Location:

Additional Work Locations:

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