DevOps Engineer

• Implement and manage the Predictive Maintenance program, including vibration analysis, infrared, ultrasonic, and oil analysis
• Manage the Mechanical Integrity program for the Texas and Mississippi manufacturing plants
• Work with maintenance leaders at both sites to ensure 100% compliance
• Manage the corporate risk insurance program and coordinate audits at both sites
• Evaluate Mechanical Integrity reports, Fitness for Service, and repair plans
• Maintain the long-term equipment asset replacement plan and ensure budget inclusion of major equipment
• Review and monitor rotating equipment conditions using vibration, lube oil, infrared, and ultrasound data
• Use critical operating process data to evaluate equipment health
• Manage ZCLP Predictive Maintenance and Mechanical Integrity databases
• Analyze equipment histories, maintenance costs, and system failures; develop an asset management strategy
• Drive the Site Bad Actor Program and metrics
• Provide PdM data history for root cause analysis
• Manage third-party Mechanical Integrity inspection service contractors
• Support Design for Reliability, Maintainability, and Inspectability for new equipment projects and designs
• Ensure technical documents, drawings, OEM manuals, and support documents are presented at equipment commissioning
• Set up new or redesigned equipment in SAP with Equipment Criticality Prioritization and Asset Strategies
• Report PdM and Mechanical Integrity KPIs in the Reliance database
• Identify and correct potential equipment problems
• Recommend and monitor continuous remote monitoring systems and applications
• Facilitate root cause failure analysis and proactive FMECA/RCM
• Recommend and implement preventive maintenance optimization
• Lead the site spare parts strategy based on equipment criticality, lead times, benefit/cost versus risk analyses
• Use reliability analytics and modeling to analyze trends, build models, and project probability of failure and mechanical availability

Reliability Engineer

• Design and document a scalable, multi-tenant system architecture supporting 10+ USDA agencies
• Ensure architecture aligns with cloud.gov hosting requirements and federal data standards
• Design and maintain CI/CD pipelines for automated builds, testing, and deployments
• Implement and maintain Zero Trust Architecture per NIST SP 800-207
• Ensure data is encrypted at rest and in transit using FIPS 140-2 validated solutions
• Manage deployment scripts and infrastructure configuration as the system evolves
• Support API design for integration with USDA mission systems
• Conduct vulnerability scanning and support security assessments and penetration testing
• Ensure systems meet 99.99% availability requirements during business hours
• Maintain an inventory of devices and media storing sensitive government information
• Ensure all software components are supported and not end-of-life
• Support Koniag Technology Solutions and its federal government customer on a business and IT modernization project

Architect/DevOps Engineer

• Design, build, and operate AWS infrastructure, including production workloads on Amazon EKS and ECS/Fargate
• Own infrastructure projects through design, testing, deployment, rollback planning, documentation, and operational handoff
• Develop infrastructure as code, deployment automation, and reusable platform capabilities using Terraform, Ansible, Helm, and Argo CD
• Build and maintain deployment pipelines and automation, partnering with Development on application modernization, scaling, validation, production readiness, and rollback procedures
• Troubleshoot infrastructure and application issues across operating systems, networking, containers, application runtimes, and database dependencies
• Improve monitoring, performance, and cost efficiency; implement security controls in partnership with Information Security; maintain platform upgrades and patching; test backup restoration and disaster recovery procedures
• Contribute to technical standards and design reviews, mentor engineers, and work with management to prioritize risks and improvements
• Participate in the on-call rotation, lead incident diagnosis, and carry out planned maintenance
• Communicate clearly during incidents and use follow-up work, automation, and runbooks to reduce recurring issues

Senior DevOps Engineer

• Design, implement, and manage tools used to develop, deploy, monitor, and support cloud infrastructure and services
• Define and track SLIs and SLOs, using error budgets to balance reliability work against feature velocity
• Monitor and troubleshoot cloud resources and applications using the observability stack
• Participate in an on-call rotation and resolve incidents with development and IT teams
• Automate and optimize processes to improve cloud operations efficiency and reliability
• Monitor and analyze cloud resource usage to identify cost-saving opportunities
• Build and maintain infrastructure-as-code for the Azure environment using Bicep/OpenTofu
• Support the shift from manual portal-driven changes to GitOps-based workflows
• Support deployment and configuration of InRule products and solutions
• Recommend application architecture or design changes to improve security, performance, and efficiency
• Implement Azure security controls, including access management, secure baselines, and monitoring
• Support least-privilege access, just-in-time elevation with Azure PIM, and infrastructure drift detection initiatives
• Assist with onboarding or tuning SAST, DAST, and SCA security scanning in CI/CD pipelines
• Design and deploy agentic workflows for release change tracking, vulnerability triage, and incident response

Site Reliability Engineer

• Improve the reliability, resilience, scalability, and operational health of production services
• Partner with Software Engineering and technology teams to engineer reliability, observability, recoverability, performance, and operational readiness throughout the service lifecycle
• Use software engineering, automation, and DevOps practices to improve how services are built, tested, deployed, observed, operated, and recovered
• Use data, experimentation, and engineering analysis to identify reliability risks and guide technical decisions
• Define and improve SLIs, SLOs, error budgets, and service-health measures
• Improve observability through metrics, logging, tracing, monitoring, alerting, dashboards, and instrumentation
• Drive continuous improvement across CI/CD, Infrastructure as Code, automation, testing, incident response, capacity management, resilience, and operational readiness
• Identify systemic production issues and improve code, architecture, automation, tooling, and engineering practices
• Participate in or lead incident response, troubleshooting, service restoration, and blameless post-incident learning
• Independently participate in an on-call rotation, diagnose and resolve incidents and service degradation, and escalate complex issues
• Reduce operational toil through software, automation, reusable patterns, and improved engineering practices
• Create reusable solutions, share expertise, transfer knowledge, and improve team effectiveness

Site Reliability Engineer II

• Own the reliability roadmap for major product areas and evolve architectures into highly available, globally scalable systems
• Partner with engineers on infrastructure strategy, system design, capacity planning, bottleneck identification, and security
• Define, maintain, and evolve infrastructure-as-code and deployment tools
• Support scaling and deployment of AI/ML infrastructure
• Design and build systems and processes for product testing and releases
• Build tooling and automation for customer and partner deployment, upgrades, diagnosis, and operations
• Design, review, and strengthen identity and access controls, networking, workload isolation, secret management, deployment security, and policy enforcement
• Use AI tools to automate operational tasks and accelerate infrastructure delivery
• Diagnose and prioritize architectural problems across distributed backend systems
• Design and implement application performance, infrastructure, and data-model optimizations
• Establish engineering standards, guardrails, and team practices to prevent regressions
• Collaborate with customer, product, and engineering teams to understand needs and make pragmatic tradeoffs
• Mentor engineers and share expertise in backend architecture and system design

Senior/Lead Software Engineer, Site Reliability

• Design and build scalable data pipelines that capture, refresh, validate, and reconcile data across distributed systems
• Develop modern Java-based microservices and APIs for data movement, comparison workflows, and platform capabilities
• Build a unified self-service reporting platform
• Migrate existing reporting solutions into a modern, scalable environment
• Partner with engineering, analytics, and business teams to deliver data solutions for dashboards, insights, and operational decision-making
• Diagnose complex data and pipeline issues
• Improve performance, resiliency, and scalability
• Contribute to cloud-native infrastructure, CI/CD pipelines, and deployment automation for the Data Analytics Platform

Data Reliability Engineer

• Act as the technical subject matter expert and sounding board for Azure and other cloud solution questions and decisions
• Bridge the IT Infrastructure and IT Applications teams by integrating application development and IT infrastructure using Microsoft technologies
• Design, implement, and maintain Azure DevOps pipelines and Terraform Infrastructure as Code practices
• Ensure solutions follow vendor best practices for performance, cost, data protection, and security
• Help develop technology roadmaps covering lifecycle planning, capacity planning, obsolescence, support availability, and vendor roadmaps
• Perform root cause analysis to recover from service interruptions and prevent recurring problems
• Create and maintain clear documentation for managed services and applications
• Ensure systems and architecture comply with security standards, policies, and risk guidance

Senior Infrastructure DevOps Engineer

• Support the design and analysis of threaded and non-threaded joints for vehicle components and systems
• Assist with fastener selection using fastener catalogs, engineering standards, and part classification tools
• Run joint calculations including clamp load, torque, joint slip, thread engagement, and strength checks
• Help develop and maintain fastener tightening specifications
• Support design reviews for accessibility, serviceability, and manufacturing feasibility
• Collaborate with Manufacturing, Plant, Tooling, and Equipment engineering teams to implement fastening processes
• Assist with torque-tension testing, joint audits, and plant torque correlation studies
• Document lessons learned and contribute to fastening standards, guidelines, and checklists
• Participate in issue resolution for fastener failures, loosening, warranty concerns, and assembly problems
• Support root cause analysis and corrective actions
• Maintain records of fastener data, torque specifications, joint calculations, and change history

Design and Release Engineer – Fastening

• Design, create, and maintain software and systems to improve service availability, scalability, and efficiency
• Set the architectural direction of infrastructure and platform services
• Design and implement tools and processes for deployment, change, service, and infrastructure management
• Troubleshoot and debug critical systems throughout the SDLC
• Contribute to the evolution and performance of engineering platform capabilities
• Perform capacity planning and demand forecasting
• Participate in rotating on-call duties
• Collaborate with product development, developer experience, backend infrastructure, Engineering, and Applied Science teams

DevOps Engineer jobs in United States