WHAT DOES A LEAD DEVOPS ENGINEER DO?

Published: Jan 13, 2026 - The Lead DevOps Engineer manages global system deployments using AWS, Linux, and Terraform while maintaining reliable CI/CD pipelines and cloud infrastructure. This role supports system architecture, compliance, automation, and operational stability through effective tooling and level 2/3 support. The lead also contributes to testing, documentation, and cross-functional activities, including sales and deployment support.

A Review of Professional Skills and Functions for Lead DevOps Engineer

1. Lead DevOps Engineer Duties

  • High Availability: Manage, maintain, upgrade and monitor the infrastructure in a highly available environment to achieve an SLA of 99.99 percent availability
  • CI/CD: Develop, build and maintain continuous integration and deployment pipelines
  • Cloud Deployment: Deploy and manage cloud infrastructure to serve business needs
  • Cost Optimization: Optimize performance and cost in a highly available environment
  • Platform Automation: Simplify and automate the provisioning of the platform to support the engineering team's requirements and needs
  • System Architecture: Work closely with the system engineering team to design and architect the platform
  • System Maintenance: Perform maintenance and system upgrades including patches, hotfixes, configuration updates and backups, to keep resources current and secure
  • AMI Management: Employ multiple patching strategies and patch and build new AMIs for cloud-aware applications

2. Lead DevOps Engineer Details

  • DevOps Enablement: Help MHC Software teams adopt and improve DevOps methods and practices that lead to successful software delivery
  • Infrastructure Automation: Design and implement infrastructure and automation solutions for development, testing and production environments
  • Monitoring Automation: Build and deploy automation, monitoring and analysis solutions
  • Best Practices: Implement industry best practices
  • Service Reliability: Own availability and reliability of mission-critical services
  • Engineering Culture: Encourage an experimental and fail-fast mindset
  • Release Collaboration: Collaborate with engineering to plan and deploy releases and patches
  • KPI Tracking: Create and track DevOps KPIs

3. Lead DevOps Engineer Responsibilities

  • Software Optimization: Recommend software improvements to achieve higher availability, scalability and efficiency
  • Cloud Architecture: Design, build and deliver cloud computing solutions, hosted services and underlying software infrastructure
  • System Operations: Manage and run application servers, web servers, databases, batch jobs, file transfers and monitoring tools
  • Security Compliance: Support InfoSec scans and compliance audits
  • System Reliability: Support and troubleshoot scalability, high availability, performance, monitoring, backup and restore activities across environments
  • Cost Optimization: Lead cloud cost optimization efforts
  • Technology Adoption: Keep up to date on modern technologies and advocate their inclusion within products and solutions
  • Multi Cloud: Manage solutions in AWS and Azure

4. Lead DevOps Engineer Accountabilities

  • DevOps Strategy: Take ownership of Groundspeed DevOps strategy and practices
  • Project Planning: Define projects of various sizes with detailed plans and coordinate individuals to execute those plans
  • Cloud Solutions: Work with customers and internal stakeholders to design and build cloud native systems and solutions
  • Infrastructure Reliability: Ensure the secure and reliable operation of all Groundspeed infrastructure across multiple environments
  • Production Support: Work with engineering teams to deploy new systems and services and help support them in production
  • Operational Visibility: Provide visibility into operational performance and status through monitoring and incident management tools
  • CI/CD Ownership: Own and improve the CI/CD pipeline and other developer tools
  • Software Development: Write reliable, scalable and maintainable software primarily in Python
  • Technical Mentorship: Participate in code reviews and provide mentorship in a variety of areas to other team members

5. Lead DevOps Engineer Functions

  • Global Deployment: Manage deployments, configuration and updates of camera systems around the world
  • AWS Infrastructure: Maintain multiple AWS cloud environments using Terraform
  • System Provisioning: Provision camera systems using AWS and Linux and configure and connect them to the cloud network
  • Device Management: Provision Google devices for image review activities
  • Compliance Management: Manage information systems compliance and audit activities
  • System Architecture: Contribute to system architecture design and documentation
  • Production Support: Support real-world deployments of solutions with level 2 and 3 support
  • Sales Support: Support sales activities including proposals and reports
  • Automation Scripting: Develop scripts and tools for effective system maintenance and operations support
  • CI/CD Management: Maintain CI/CD using Bitbucket Pipelines and Deployments
  • System Testing: Perform ad hoc system testing
  • Technical Documentation: Contribute to technical product user and internal documentation

Editorial Process and Content Quality

This content is part of Lamwork's career intelligence platform and is developed using structured analysis of real-world job data, including publicly available job descriptions, skill requirements, and hiring patterns.

Lam Nguyen, Founder & Editorial Lead, defines the research framework behind Lamwork's career intelligence platform, including job role analysis, skills taxonomy, and structured career insights.

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Content is developed through a structured process that includes data analysis, role and skill mapping, standardized content formatting, editorial review, and periodic updates.

Content is reviewed and updated periodically to reflect changes in skills, role requirements, and labor market trends.

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