Risk Management - Data Strategist Lead - Vice President

JPMorgan Chase JPMorgan Chase · Banking · New York, NY +1 · Commercial & Investment Bank

Lead applied AI/ML delivery, including generative AI and agentic workflows, to improve risk oversight and analytics within financial risk management. Own data strategy, governance, and end-to-end delivery of AI-driven risk data products, ensuring safe and reliable production outputs.

What you'd actually do

  1. Own Principal Risk’s data foundations including controlled sourcing/integration, metadata/catalog, lineage, and lifecycle risk controls (protection, retention/destruction, storage, usage, quality).
  2. Define and evolve data governance standards, publishing patterns, and documentation expectations to enable trusted consumption and self-service.
  3. Deliver risk data products that support business operations, strategic objectives, analytics, metrics, and reporting across the principal investment process.
  4. Design applied AI/ML solutions (generative AI, agentic workflows, traditional ML) to address Principal Risk analytics and oversight use cases.
  5. Implement LLM agents and multi-agent systems including planning, parallel task execution, entity resolution, and human-in-the-loop escalation.

Skills

Required

  • Python
  • SQL
  • Tableau (or equivalent BI experience)
  • data management principles
  • end-to-end data lifecycle management
  • analytical problem-solving skills
  • cross-functional collaboration
  • delivery execution with accountability

Nice to have

  • LLM platform experience (model onboarding/serving, prompt/version management, evaluations)
  • agent orchestration frameworks (tool use, retrieval-augmented generation, state/context management)
  • production systems with observability, alerting, dashboards, runbooks, and post-deploy monitoring/continuous improvement
  • data governance tooling for catalog/metadata/lineage
  • modern data publishing standards
  • big data platforms
  • data architecture patterns
  • cloud/DevOps exposure (e.g., AWS, Linux, Git)
  • observability tooling experience
  • measurable improvements through automation, operational rigor, and end-to-end data lifecycle initiatives

What the JD emphasized

  • strong ownership from requirements through scaled adoption
  • safe, reliable outputs in production
  • end-to-end delivery from requirements → POC → production → scaled adoption
  • verification and validation mechanisms
  • operate production solutions

Other signals

  • applied AI/Machine Learning delivery
  • generative AI
  • agentic workflows
  • traditional Machine Learning
  • scaled adoption
  • LLM agents and multi-agent systems
  • production solutions