Lead Service Management Engineer

Mastercard Mastercard · Fintech · O Fallon, MO +1 · Engineering

Lead Data Engineer responsible for owning the data architecture and modeling strategy for AI projects, building scalable data pipelines for AI and generative AI systems, ensuring data quality and governance, and providing technical leadership. The role requires extensive experience in data engineering, big data, cloud expertise, and understanding of the AI/ML data lifecycle.

What you'd actually do

  1. Drive Data Architecture: Own the data architecture and modeling strategy for AI projects. Define how data is stored, organized, and accessed. Select technologies, design schemas/formats, and ensure systems support scalable AI and analytics workloads.
  2. Build Scalable Data Pipelines: Lead development of robust ETL/ELT workflows and data models. Build pipelines that move large datasets with high reliability and low latency to support training and inference for AI and generative AI systems.
  3. Ensure Data Quality & Governance: Oversee data governance and compliance with internal standards and regulations. Implement data anonymization, quality checks, lineage, and controls for handling sensitive information.
  4. Provide Technical Leadership: Offer hands‑on leadership across data engineering projects. Conduct code reviews, enforce best practices, and promote clean, well‑tested code. Introduce improvements in development processes and tooling.
  5. Cross‑Functional Collaboration: Work closely with engineers, scientists, and product stakeholders. Scope work, manage data deliverables in agile sprints, and ensure timely delivery of data components aligned with project milestones.

Skills

Required

  • Python
  • Spark
  • Hadoop
  • Hive/Impala
  • Airflow
  • AWS
  • Azure
  • GCP
  • ETL/ELT
  • data modeling
  • data governance
  • data quality
  • data anonymization
  • data lineage
  • feature stores
  • streaming data

Nice to have

  • Java
  • Scala
  • cloud-native processing
  • cloud storage services

What the JD emphasized

  • AI projects
  • data-driven prototypes
  • AI and generative AI systems
  • machine learning
  • dataset preparation
  • feature/label management
  • training pipelines

Other signals

  • AI projects
  • data-driven prototypes
  • AI and generative AI systems
  • machine learning