At Sirona Medical we’re building tools for physicians to work as fast as they can think. Many billions of patient images are acquired each year in the U.S., and nearly all of them are reviewed and diagnosed by a radiologist. In fact, 80% of healthcare data flows through radiology IT systems, and radiologists are among healthcare’s most tech-savvy and influential physicians. But they desperately need better, user-friendly software that cuts clicks and optimizes diagnostic time. Sirona is building a modern cloud-native and AI-powered operating system (“RadOS”) that unifies radiology IT onto a single, streamlined workspace. We’re a San Francisco, CA-based software company (with employees working from all over the world) founded on a deep understanding of both the practice and business of radiology.
For more information, please visit https://sironamedical.com/join/.
The Infrastructure Engineering team at Sirona is a dynamic, cross-functional group tasked with building and maintaining the infrastructure that powers all of our products. In this role, you will play a pivotal part in shaping Sirona's ability to achieve both business and technical objectives by utilizing cloud technologies to create a modern, scalable Radiology IT stack. This hybrid role requires you to work from our San Francisco office a few days each quarter.
We are seeking a seasoned engineer who understands that Infrastructure as Code (IaC) is not just an advantage but a fundamental expectation. You should possess deep expertise in Kubernetes, with experience using widely adopted controllers such as Cert-Manager and Sealed Secrets. Additionally, you should have a strong understanding of Kubernetes networking, including how it operates at the host level.
Key Responsibilities
- Provide technical leadership and guidance to engineering teams.
- Contribute to the direction, implementation, and enforcement of cloud governance practices.
- Collaborate with cross-functional teams, effectively engaging with colleagues working across various areas of the stack.
- Architect, design, deploy, and maintain scalable, secure, highly available, and reliable workloads.
- Develop and enhance GitOps/IaC tools with a focus on improving the developer experience.
- Take primary responsibility for VPN infrastructure, including deployment, troubleshooting, and resolving connectivity or performance issues.
- Manage and support a traditional Linux environment using configuration management tools for system and application deployments.
Key Qualifications
- Bachelor’s or Master’s degree in Computer Science (or equivalent) with a minimum of 5 years of experience.
- A willingness to deeply understand all aspects of the stack.
- Strong expertise in DevOps, with the ability to investigate and optimize any part of the stack.
- A focus on simplicity and scalability, coupled with a collaborative, agile mindset and eagerness to learn.
- Hands-on experience with cloud infrastructure, including virtual machines, load balancing, databases, and networking.
- Proficiency in microservices and serverless frameworks such as AWS Lambda or similar technologies.
- Expertise in modern DevOps tools (e.g., Terraform, CDK, Salt, Ansible, GitHub Actions, CircleCI, ArgoCD, FluxCD) and programming languages like Python, Go, TypeScript, and Bash.
- Solid Linux administration experience, particularly in bare-metal environments.
- Strong Kubernetes administration skills, including managing multi-tenant clusters from deployment to supporting diverse application architectures.
This is a full-time contract position paying $4,200 per week.
Top Skills
What We Do
Sirona Medical Inc. is addressing the needs of today’s radiology practices with a novel cloud-native platform that unifies radiology IT applications – worklist, viewer, reporter, and AI – onto a single, streamlined Workspace. Sirona’s radiology operating system (RadOS) puts radiologists in the driver’s seat with AI-powered solutions that simplify their workflow and amplify their work product. Based in San Francisco, CA, Sirona Medical is founded on a deep understanding of both the practice and business of radiology, with the goal of enabling radiologists to work as fast as they can think.
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