Cross-functional leadership and influencing (aligning product, data, engineering, security, and business owners)
Platform thinking (treating the graph as a product with users, SLAs, and adoption goals)
Clear communication of complex concepts to non-specialists
Data architecture and integration (connecting many sources, designing data flows, managing change)
Graph data modeling (entities, relationships, hierarchies, and rules for consistency)
Semantic standards and linked data concepts (e.g., RDF/OWL, SPARQL; when they help and when they don’t)
Knowledge graph engineering (graph databases, indexing, query performance, scaling)
Entity resolution and data quality (matching, deduplication, confidence scoring, human-in-the-loop workflows)
API and developer enablement (service design, SDKs, documentation, onboarding)
MLOps/AI integration (how the graph supports search, recommendations, and LLM/RAG pipelines)
Governance, privacy, and security (access control, auditability, compliance)
Program management (roadmaps, prioritization, budgets, vendor management)