Senior Mlops & Data Systems Engineer

Lime Lime · Consumer · United States · Engineering

Senior MLOps & Data Systems Engineer to build and scale core data and ML infrastructure for the Lime Vision team, focusing on designing and developing systems and workflows for reliable, repeatable, and scalable model development, evaluation, and deployment. The role involves building pipelines connecting data ingestion, annotation, training, evaluation, and deployment, with an emphasis on data-centric ML and end-to-end pipeline ownership.

What you'd actually do

  1. Design, build, and maintain scalable pipelines that span data ingestion, annotation, validation, training, evaluation, and deployment, ensuring reproducibility, consistency, and traceability across the full ML lifecycle.
  2. Build and integrate annotation workflows with upstream data ingestion and training systems, enabling efficient task creation, labeling, QA, and dataset updates that directly support model iteration.
  3. Analyze model performance and failures, and drive targeted data improvements by connecting production signals, data mining, and annotation workflows into continuous feedback loops.
  4. Implement systems for experiment tracking, dataset versioning, and model lineage to enable reliable comparison and iteration across experiments.
  5. Develop and maintain CI/CD workflows tailored to ML systems, enabling automated testing, validation, and deployment of models and pipelines.

Skills

Required

  • MLOps
  • ML infrastructure
  • data systems
  • Machine Learning Engineering
  • Python
  • PyTorch
  • TensorFlow
  • end-to-end ML pipelines
  • data ingestion
  • annotation
  • training
  • evaluation
  • deployment workflows
  • annotation and data curation workflows
  • dataset versioning
  • data lineage
  • reproducibility in machine learning systems
  • experiment tracking
  • model lifecycle management
  • CI/CD tools
  • containerization (Docker)
  • workflow orchestration systems
  • cloud-based ML environments (AWS)
  • distributed training workflows
  • real-world data challenges
  • noisy inputs
  • edge cases
  • variability across environments
  • problem-solving
  • debugging
  • complex, multi-stage systems

Nice to have

  • supporting computer vision or perception systems
  • annotation platforms (Labelbox)
  • large-scale labeling workflows
  • experiment tracking tools (MLflow, Weights & Biases)
  • workflow orchestration frameworks (Airflow, Argo, Prefect, Kubeflow)
  • dataset versioning
  • data-centric ML approaches
  • supporting edge or embedded ML deployment
  • multi-modal data (camera, IMU, GPS)

What the JD emphasized

  • end-to-end pipeline ownership
  • data-centric machine learning
  • strong data foundations
  • robust infrastructure
  • production-grade pipelines
  • tight feedback loops between data and models
  • real-world conditions
  • full ML lifecycle

Other signals

  • MLOps
  • Data Systems
  • ML Infrastructure
  • End-to-end ML pipeline ownership
  • Data-centric ML