DevOps Engineer

• Configure complex software delivery automation
• Ensure software deployments meet access, ownership, and authentication standards
• Provide technical direction within a functional domain
• Modify code for software deployment automation
• Oversee software promotion pipelines for complex/high-availability applications using Continuous Delivery practices
• Lead end-to-end DevOps enablement across development, testing, certification, and production environments
• Execute and support application deployments using enterprise deployment and automation tools including Ansible Tower, XL Release, Harness, and Merlin
• Partner with Release Management, Infrastructure, Application Development, and Support teams
• Lead DevOps initiatives and drive team execution
• Develop metrics and reporting and represent the team in leadership forums
• Support continuous process improvement
• Mentor DevOps Engineers, decompose complex tasks, and assign work to individuals or teams
• Respond to escalated events and issues and create action-plan summaries for stakeholders
• Collaborate with application owners on CI/CD tool adoption strategies
• Monitor and respond to aggregate alert trends across CI/CD service KPIs
• Propose new CI/CD service platform features and capabilities
• Address risk and audit issues related to access control, separation of duties, and software release management standards
• Integrate CI/CD platform changes across monitoring, alerting, forecasting, and reporting functions
• Work with IaaS environments and cloud-based solutions
• Support enterprise application environments including WebSphere, JBoss, Tomcat, and IBM HTTP Server (IHS)
• Perform application troubleshooting and root cause analysis

DevOps Engineer – Lead

• Partner with engineering and technology leaders to define objective reliability goals for services
• Design observability solutions through instrumentation and dashboards
• Identify root causes of complex and high-impact issues
• Partner with cross-functional teams to deliver sustainable design patterns
• Drive early adoption of non-functional production support requirements
• Automate services to improve reliability and efficiency
• Serve as a senior technical authority for GCP platform reliability, resiliency, observability, automation, and production readiness
• Design and implement reliability patterns for Azure landing zones, private networking, DNS, firewalls, regional resiliency, service health checks, and workload onboarding
• Lead platform reliability initiatives including secondary-region readiness, ingress/egress observability, DNS resolver monitoring, GenAI platform health checks, and enterprise dashboard automation
• Define and mature SLIs, SLOs, reliability indicators, alerting standards, and service health reporting
• Develop Terraform modules, automation frameworks, and CI/CD patterns
• Drive observability improvements using Log Analytics, Dynatrace, Resource Graph, dashboards, and enterprise monitoring tools
• Identify reliability risks and translate them into roadmaps, remediation plans, automation opportunities, and operational controls
• Lead technical investigations for major incidents, recurring problems, platform defects, and service degradation
• Partner with security and governance teams on IAM, policy-as-code, vulnerability remediation, control validation, and audit readiness
• Provide technical design input for new Azure services and workloads before production adoption
• Mentor SRE engineers and establish standards for runbooks, dashboards, health checks, problem records, post-incident reviews, and production-readiness gates
• Visualize production support metrics for operational readiness and SRE teams
• Develop software solutions and processes to eliminate toil
• Create error budget policies and recommend code optimizations, instrumentation, and logging to improve reliability visibility
• Plan for capacity bottlenecks, vulnerabilities, error rates, and reliability improvements
• Assess monitoring for new changes and enhance application and system monitoring designs
• Serve as a subject matter expert in incident triage, failure scenario modeling, and complex problem management investigations
• Collaborate with Development and Infrastructure teams to develop SLIs and SLOs

Senior Site Reliability Engineer

• Partner with engineering and technology leaders to define objective reliability goals for services
• Serve as a senior technical authority for GCP platform reliability, resiliency, observability, automation, and production readiness
• Design and implement advanced reliability patterns for Azure landing zones, private networking, DNS, firewalls, regional resiliency, service health checks, and workload onboarding
• Lead complex platform reliability initiatives, including secondary-region readiness, egress/ingress observability, private DNS resolver monitoring, GenAI platform health checks, and enterprise dashboard automation
• Define and mature SLIs, SLOs, reliability indicators, alerting standards, and service health reporting
• Develop reusable Terraform modules, automation frameworks, and CI/CD patterns
• Drive observability improvements using Log Analytics, Dynatrace, Resource Graph, dashboards, and enterprise monitoring tools
• Identify systemic reliability risks and translate them into engineering roadmaps, remediation plans, automation opportunities, and operational controls
• Lead technical investigations for major incidents, recurring problems, platform defects, and service degradation events
• Integrate IAM, policy-as-code, vulnerability remediation, control validation, and audit readiness into Azure platform operations
• Provide technical design input for new Azure services and workloads to ensure operational readiness
• Mentor SRE engineers and raise standards for automation, troubleshooting, documentation, resiliency design, and production support
• Create executive-ready technical summaries, reliability narratives, and leadership recommendations
• Establish standards for runbooks, dashboards, health checks, problem records, post-incident reviews, and production-readiness gates
• Visualize key production support metrics to identify scenarios requiring intervention
• Develop software solutions and improved processes to reduce toil and manual support effort
• Create error budget policies and improve service reliability visibility through code optimization, instrumentation, and logging
• Plan for capacity bottlenecks, vulnerabilities, error rates, and other reliability improvement opportunities
• Assess monitoring for new changes and enhance application and system monitoring designs
• Engage as a subject matter expert in incident triage, failure scenario modeling, and root-cause investigations
• Collaborate with Development and Infrastructure teams to develop SLIs and SLOs

• Build and maintain CI/CD pipelines for continuous integration, testing, and delivery of L-CAP
• Manage Kubernetes clusters and container orchestration for platform service deployments
• Develop and maintain Terraform infrastructure-as-code for repeatable environments
• Integrate SAST, DAST, and SCA security scanning into CI/CD pipelines
• Manage container images, registries, and deployment artifacts across environments
• Automate provisioning, scaling, and configuration management
• Manage development, test, and production environments for consistency and reliability
• Implement monitoring, logging, and alerting for platform observability
• Collaborate with development teams to improve build times, deployment frequency, and reliability
• Support incident response and troubleshoot infrastructure and deployment issues
• Implement software supply chain security controls, including SBOM generation, artifact signing, and dependency vulnerability scanning
• Manage artifact repositories and build provenance to ensure software deliverable integrity
• Support developer platform capabilities, self-service environment provisioning, documentation, and developer experience improvements
• Adopt AI-assisted development tools, automation, and modern engineering practices within an AI-first engineering culture
• Operate within a SAFe/Agile framework as part of an Agile Release Train delivering iterative value

Lead DevSecOps Engineer

• Configure and maintain tools and services providing Continuous Integration and Continuous Delivery (CI/CD) services
• Validate access control mechanisms for the Software and Infrastructure Engineering team throughout the software development lifecycle
• Review application server configurations to confirm CI/CD platform onboarding prerequisites
• Monitor and respond to service alerts based on key performance indicators and escalated events
• Create issues and action-plan summaries for stakeholders
• Mentor DevOps Engineers and clarify issues and practices
• Collaborate with Infrastructure, Solutions Engineering, and Site Reliability Engineering teams on CI/CD platform changes and monitoring capabilities
• Respond to risk and audit issues involving access control, separation of duties, and software release management standards
• Execute CI/CD service onboarding and decommissioning change tickets using approved change management processes
• Provide problem determination and resolution
• Install and update newly developed software on assigned systems
• Identify alternatives for optimizing computer resources
• Investigate and analyze information and evaluate existing or proposed systems
• Collaborate with networking and other technical staff to ensure system connectivity and compatibility
• Write and maintain system documentation
• Support capacity planning, disaster recovery, and security
• Configure and support operating systems, network protocols, systems programming, hubs, switches, and routers

DevOps Engineer jobs in New Jersey

DevOps Engineer – Lead

Senior Site Reliability Engineer

Senior Site Reliability Engineer

Lead DevSecOps Engineer

DevOps Engineer II