Overview
In this role, you lead the Knowledge Graph platform to unify data and empower GenAI-enabled analytics across Moody’s. You will partner with data, platform, and business teams to translate problems into platform capabilities and a clear backlog. You drive adoption, define criteria for evaluating graph technologies, and steer build-vs-buy decisions while shaping a responsible AI program. This is a chance to scale data infrastructure that underpins risk insights and smarter decision-making.
Responsibilities
- Lead product management for the enterprise Knowledge Graph platform, coordinating with data and engineering teams
- Advance Risk Insights solutions through platform-scale initiatives and GenAI applications
- Evaluate Knowledge Graph technologies via proofs of concept and trade-off documentation; guide build-vs-buy decisions
- Source and prioritize Knowledge Graph use cases with transparent value hypotheses and metrics
- Translate business problems into precise functional and non-functional requirements (ontology scope, data sources, latency, security)
- Own the product roadmap; run agile ceremonies and manage cross-team dependencies
- Serve as primary liaison for sponsors, domain experts, and product teams; communicate risks and trade-offs
- Define onboarding paths for new use cases and drive platform adoption to support continuous improvement
Key requirements
- 5+ years in sanctions, AML, fraud investigations, or related regulatory spaces with deep domain knowledge
- Strong ability to read schemas, review queries, and discuss data modeling trade-offs with engineers
- Understanding of graph data modeling (nodes, edges, ontology, RDF vs property graphs) and entity resolution
- Proven track record translating ambiguous problems into engineering requirements (functional/non-functional)
- Excellent stakeholder management to align sponsors, SMEs, and engineering leads around a plan
- Strong project management skills with agile/scrum, backlog hygiene, dependencies, and risk management
- stakeholder management
- communication with both technical and non-technical audiences
- ability to translate business problems into technical requirements
- Graph data modeling concepts (nodes, edges, properties, ontologies, taxonomies)
- RDF vs property graphs; entity resolution
- Knowledge Graph technologies evaluation; proofs of concept
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