Research Member of Technical Staff- Data Infrastructure

What s You'll Do

• Architect, build, and scale a high-throughput data infrastructure that processes and manages billions of video clips with strong guarantees around reliability, latency, and cost efficiency

• Design and optimize large-scale storage systems (cloud object storage, databases, metadata stores) for multimodal datasets

• Build efficient indexing and retrieval systems to support fast dataset querying, filtering, and iteration for research and production use cases

• Develop observability frameworks for data pipelines including monitoring, alerting, failure recovery, and performance optimization

• Implement intelligent workload balancing and throughput optimization across distributed compute and storage systems

• Manage data artifacts, versioning, and lineage to ensure reproducibility and traceability across training runs

• Build internal interfaces and lightweight tools that enable researchers and engineers to explore, query, and analyze large datasets at scale

• Support integration and scalable deployment of vision-language models (VLMs) within data pipelines for screening, enrichment, or metadata generation

• 5+ years of experience in data infrastructure, distributed systems, ML infrastructure, or a closely related field

• Strong experience building and operating large-scale data pipelines (1B+ samples or petabyte-scale systems preferred)

• Deep understanding of distributed systems, databases, indexing strategies, and cloud storage architectures

• Experience optimizing data throughput, workload balancing, and cost-performance tradeoffs in cloud environments

• Experience with distributed compute frameworks such as Ray or Spark for large-scale data processing and transformation

• Strong skills in observability, monitoring, and production reliability for high-scale systems

• Strong software engineering fundamentals with the ability to own systems end-to-end, from design to production

• Staff-level candidates are expected to define technical direction and own architectural decisions independently; senior candidates execute complex systems work with strong fundamentals and growing scope

• Experience managing large multimodal datasets

• Familiarity with ML training workflows and data lifecycle management

• Familiarity with vision-language models (VLMs) and experience running ML inference workloads at scale in distributed or cloud environments

• Experience with robotics data formats or real-world sensor data (video, proprioception, teleoperation logs)

• Experience with data warehouse technologies (e.g., Snowflake, Big Query, or Redshift) for large-scale data storage, querying, and analytics

• Familiarity with data versioning and lineage tooling (e.g., DVC, Delta Lake, or similar)

• Own the data foundation that everything else runs on — model quality is only as good as the data infrastructure beneath it

• Direct collaboration with research and ML systems teams; your work has immediate, measurable impact on training velocity

• High ownership in a small team — you ll make real architectural decisions, not execute tickets

• Help build the infrastructure that powers robots operating in the real world, at scale