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Grid Dynamics приглашает инженера платформы данных для работы над основой данных и MLOps для систем безопасности автономной техники. Ваша задача — спроектировать и владеть многоуровневой AWS-платформой данных, которая питает обучение моделей и сбор телеметрии на масштабируемой инфраструктуре.
Вы реализуете medallion-архитектуру на AWS, адаптеры источников, реестр метаданных и схемы валидации. Участвуете в пилотном проекте и масштабировании для дальнейших автономных задач.
We are seeking a Data Platform Engineer to join a co-innovation program building the data and MLOps foundation for collision mitigation safety systems on autonomous mining and construction vehicles, for a global heavy-equipment manufacturer and long-standing pioneer in autonomous machinery. In this role, you will work alongside ML teams to design and own a multi-tier AWS data platform that feeds safety and foundation model training, ingesting sensor telemetry, simulation outputs and annotated datasets at scale
Design and implement a medallion data architecture on AWS S3 with IAM-enforced tier promotion rules, replacing manual ingestion triggers with event-driven pipelines and data discovery logic that guarantees complete capture. Build an adapter layer that converts heterogeneous sources into a canonical format preserving temporal metadata, sensor calibration and spatial context, plus a gateway for large-scale real-world telemetry with automated PII scrubbing and sensor frequency alignment. Deploy a centralized metadata registry with immutable dataset versioning and branching per tier, enforce episode-level partitioning for strict train/validation splits, and establish provenance chains from raw data through processed datasets and training runs to model artifacts. Build automated schema validation gates and configurable circuit breakers that stop corrupted data from advancing between tiers, and a unified dashboard tracking ingestion and rejection rates, validation failures, augmentation throughput and latency. Integrate a data augmentation pipeline as a managed flow stage with full lineage from source data through augmentation parameters to output, and define with ML teams the contracts for schema completeness, temporal windowing, annotation quality thresholds and approval gates. Prove the end-to-end toolchain, from data ingestion to safety model training, on a first pilot workflow such as wheel-loader stockpile management, then scale it as the foundation for further autonomy use cases.
Opportunity to work on bleeding-edge projects Work with a highly motivated and dedicated team Competitive salary Flexible schedule Benefits package - medical insurance, sports Corporate social events Professional development opportunities Well-equipped office