DevOps Engineer

Location: Princeton, NJ

Employment Type: Contract-to-Hire (initial contract is until the end of the year)

Industry: Medical Device Manufacturing

Pay Rate: $40–$45 per hour (W2)

Note: We are NOT open to C2C (Corp-to-Corp). No visa sponsorship or visa transfer is available. Candidates must be authorized to work in the U.S. now and in the future.

Job Summary: We are seeking a highly skilled Dev Ops Engineer to own, maintain, and continuously improve our software delivery platform centered around Git Lab CI/CD hosted on our website.

The role includes: AWS infrastructure automation, Terraform-based IaC, and management of multiple deployment environments.

Key Responsibilities: Manage, maintain, and enhance Git Lab CI/CD pipelines on our website. Design scalable, reusable, and secure CI/CD pipeline templates. Develop and maintain Infrastructure-as-Code using Terraform on AWS.Manage development, test, staging, and production environments. Automate build, test, release, and deployment processes. Monitor and optimize pipeline reliability, performance, and security. Apply Dev Ops best practices to improve developer productivity and deployment quality. Collaborate with software architects, developers, and QA teams.

Required Qualifications: Strong hands-on experience with Git Lab CI/CD.Experience administering and supporting our website’s repositories and pipelines. Strong Terraform and AWS expertise. Deep understanding of Infrastructure as Code principles. Experience managing multiple deployment environments. Knowledge of Dev Ops methodologies, automation, monitoring, and release management. Python or Bash scripting experience. Excellent troubleshooting and communication skills.

Preferred Qualifications: Experience with SW360 software component governance. Knowledge of Python package management and Poetry. Experience with Docker, Kubernetes, and Dev Sec Ops practices. Familiarity with software artifact and dependency management. Success Criteria: Serve as primary owner of the Git Lab CI/CD ecosystem. Improve deployment reliability, security, and efficiency. Establish robust Terraform-based AWS infrastructure practices. Enable faster and more predictable software delivery.