Architect, implement, and maintain secure cloud infrastructure (Azure, AWS, or GCP).
Lead containerization and orchestration efforts using Docker and Kubernetes.
Design, build, and optimize CI/CD pipelines incorporating automated testing.
Develop and maintain infrastructure-as-code (Terraform, ARM, or equivalent).
Establish observability standards using modern monitoring tools.
Own reliability engineering practices including disaster recovery strategies.
Implement secure architecture patterns, IAM controls, secrets management.
Collaborate closely with software engineers to embed DevOps best practices.
Contribute to architectural decisions and define cloud platform standards.
Lead post-incident sessions for root-cause analysis when needed.

Requirements

You understand how software is built, deployed, and operated.
A background in application development is a strong asset.
You deliver secure, reliable, and scalable infrastructure that drives measurable product and customer value.
You lead by building, setting technical standards through code.
You continuously learn and apply modern cloud, automation, and DevSecOps practices.
You take systems from concept to compliant production-ready deployment and own outcomes end-to-end.
You elevate the team through collaboration, knowledge sharing, and a high bar for craftsmanship and reliability.

Benefits

Tools and support for mental wellness, professional growth, and financial security.
Health coverage, a spending account, and the freedom to rest and recharge.
Meaningful work, alignment with your values, and time to refresh with time off.
Competitive pay and recognition for the impact you make.

Applicant Tracking System Keywords

Tip: use these terms in your resume and cover letter to boost ATS matches.

Hard Skills & Tools

cloud infrastructurecontainerizationorchestrationCI/CD pipelinesinfrastructure-as-codeTerraformDockerKubernetesautomated testingreliability engineering

Soft Skills

collaborationleadershipknowledge sharingcraftsmanshipreliabilitycommunicationproblem-solvingtechnical standardscontinuous learningroot-cause analysis