- Market p25–p75
- £73k–£140k
- Opened · 30d
- +0
- Closed · 30d
- −0
- Opened · 7d
- +1,5684% of open
- All software engineering
- 74,962open
CoreWeave is The Essential Cloud for AI™. Built for pioneers by pioneers, CoreWeave delivers a platform of technology, tools, and teams that enables innovators to build and scale AI with confidence. Trusted by leading AI labs, startups, and global enterprises, CoreWeave combines superior infrastructure performance with deep technical expertise to accelerate breakthroughs and turn compute into capability. Founded in 2017, CoreWeave became a publicly traded company (Nasdaq: CRWV) in March 2025. Learn more at www.coreweave.com.
We're proud to be a Living Wage accredited Employer.
What You'll Do
CoreWeave’s Physical AI Platform Engineering team builds and scales the data and workflow backbone powering advanced engineering simulation and AI workflows. Our ambition is to become the super-intelligent AI test lab for the engineering industry, delivering the performant, reliable, and trustworthy data foundation trusted by the world’s largest engineering companies.
About the role:
As an MLOps Engineer on the Physical AI team, you will serve as the hands-on owner for our machine learning operations surface across the end-to-end model lifecycle—from experimentation and training through to packaging, deployment, serving, and retirement. You will define and roll out MLOps practices, establish operational SLOs/SLAs, and build automated CI/CD and continuous training pipelines to accelerate the path from experiment to supported production deployment. In this role, you will implement comprehensive model observability, data versioning, and drift monitoring while ensuring robust security and governance controls. Additionally, you will partner closely with product, data science, and core infrastructure teams to optimize GPU compute utilization, resolve cross-boundary platform incidents, and mentor engineers on production-grade ML practices.
Who You Are
- 5–6+ years of professional experience in MLOps, ML platform engineering, ML infrastructure, or SRE/DevOps for production machine learning systems.
- Proven experience building, operating, and automating production ML pipelines covering experiment tracking, model registries, artifact versioning, dataset management, and deployment workflows.
- Deep hands-on experience implementing observability for ML systems, including monitoring inference availability, latency, throughput, GPU/resource utilization, and data or model drift.
- Strong background in reliability engineering, including defining operational SLOs, writing runbooks, building automated remediation, and managing incident response for ML workloads.
- Proficient in Python for platform tooling, infrastructure integration, and pipeline automation, alongside strong infrastructure-as-code and CI/CD practices.
- Comfortable operating containerised, cloud-native environments using Kubernetes and public cloud platforms.
- Excellent technical communication and cross-functional collaboration skills, with a track record of bridging data science and platform engineering teams.
Preferred
- Experience as an early or founding MLOps engineer establishing ML platform architecture, standards, and operating models from the ground up.
- Hands-on experience operating ML workloads on Kubernetes with GPU infrastructure, distributed training, or large-scale inference engines.
- Experience with ML platforms handling test, simulation, or time-series data (e.g., physical test benches, battery labs, automotive/aerospace R&D) within multi-tenant SaaS environments.
Wondering if you're a good fit?
We believe in investing in our people, and value candidates who can bring their own diversified experiences to our teams—even if you aren't a 100% skill or experience match. Here are a few qualities we've found compatible with our team. If some of this describes you, we'd love to talk.
- You love to make the path from ML experiment to production reliable, reproducible, and effortless to operate.
- You're curious about mapping complex system interactions between data, models, and GPU infrastructure to design for rapid recovery.