Ford Motorposted 3 days ago
Dearborn, MI
Transportation Equipment Manufacturing

About the position

Join our Enterprise Data Platform (EDP) team in the US as a full stack software engineer working with GCP. You will play a key role in evolving our data infrastructure. This is a hands-on engineering position focused on our critical data platform built on Google Cloud. You'll use your understanding of software engineering, cloud fundamentals and infrastructure to translate internal business needs into robust, scalable data solutions. You'll be responsible for designing and implementing data pipelines and microservices using modern architectures, applying full-stack knowledge to ensure data is accessible and integrated across our systems. We're looking for someone who is eager to learn new technologies, understands the needs of internal development teams, and is committed to building high-quality, maintainable data solutions on GCP.

Responsibilities

  • Design, develop, and maintain scalable data pipelines and microservices that support both real-time and batch processing on GCP.
  • Implement Service-Oriented Architecture (SOA) and microservices principles to create modular and flexible data solutions within our platform.
  • Apply full-stack knowledge to ensure seamless integration between data layers, enabling robust data access and supporting internal data exploration tools.
  • Utilize key GCP services like BigQuery, Dataflow, Pub/Sub, Cloud Functions, and Dataproc to build and manage core data platform components.
  • Implement and manage data governance, access controls, and security best practices leveraging GCP's native features to protect our valuable data assets.
  • Continuously monitor and optimize the performance, scalability, and efficiency of our data pipelines and storage solutions.
  • Collaborate closely with internal data architects, software engineers, and other teams to define best practices, design patterns, and frameworks for cloud data engineering.
  • Automate data platform processes to improve reliability, reduce manual effort, and enhance operational efficiency.
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