Knowledge Graphs and Graph Analytics for Business

Course Category : Data Management

An advanced programme for understanding knowledge graphs and graph analytics, transforming complex data relationships into insights that strengthen decision-making, pattern discovery, and enterprise knowledge management.
Duration: 5 Days
Level: Advanced

Introduction

Modern organisations derive greater value from data when relationships among entities, events, processes, and information assets can be explicitly represented and analysed. Knowledge graphs and graph-based data models provide a powerful framework for capturing these connections and revealing insights that conventional tabular approaches may overlook.
This course examines the architectural and analytical foundations of knowledge graphs, including nodes and relationships, semantic modelling, ontologies, graph analytics algorithms, and business-oriented use cases. It connects graph technologies with fraud detection, recommendation, customer intelligence, enterprise knowledge management, and decision support..

Targeted Audience

  • Data, Analytics, and Business Intelligence Managers
  • Data Engineers and Data Architects
  • AI and Data Science Professionals
  • Knowledge and Information Management Professionals
  • Business and Digital Transformation Analysts
  • Data Governance and Quality Professionals
  • Data Product and Platform Managers
  • Technology and Strategy Consultants

Targeted Skills

  • Understanding Knowledge Graph Architecture and Concepts
  • Node-and-Relationship Data Modelling
  • Semantic Modelling, Ontologies, and Entity Linking
  • Interpretation of Graph and Network Analytics Algorithms
  • Evaluation of Business Graph Analytics Use Cases
  • Integration of Distributed Enterprise Knowledge
  • Network, Pattern, and Relationship Analysis
  • Enterprise Graph Technology Strategy Development

Expected Outcomes

  • Explain the fundamental principles of knowledge graphs and graph databases.
  • Differentiate conventional data models from graph-based approaches.
  • Design conceptual models representing entities, relationships, and properties in business contexts.
  • Explain the role of ontologies, semantics, and entity linking in enterprise knowledge organisation.
  • Interpret major centrality, pathfinding, community detection, and similarity algorithms.
  • Evaluate graph analytics applications in fraud detection, recommendations, and customer intelligence.
  • Identify governance, quality, and scalability requirements for graph environments.
  • Formulate an enterprise roadmap for adopting knowledge graph capabilities.

Training Topics Index

  • Knowledge graphs and the business value of connected data
  • Nodes, edges, properties, entities, and semantic relationships
  • Graph models versus relational and conventional data models
  • Property Graphs, RDF, and knowledge representation principles
  • Enterprise use cases and criteria for selecting graph approaches

  • Identifying business entities, relationships, and properties
  • Graph schema and conceptual model design
  • Ontologies, taxonomies, and semantic vocabulary principles
  • Entity resolution, record linkage, and identity relationships
  • Knowledge quality, provenance, context, and semantic consistency

  • Graph analytics foundations and network structure measures
  • Centrality and influence analysis
  • Pathfinding, connectivity, and shortest-path concepts
  • Community detection and network clustering
  • Similarity, link prediction, and relationship pattern discovery

  • Customer networks and commercial relationship analysis
  • Fraud detection and identification of unusual entity relationships
  • Recommendation systems and affinity analysis
  • Enterprise knowledge management and connected information discovery
  • Relationship-driven insights for strategic decision support

  • Selecting graph architectures according to scale and use case
  • Integration with enterprise data warehouses, lakes, and platforms
  • Governance of entities, relationships, metadata, and semantics
  • Performance, security, scalability, and lifecycle considerations
  • Developing an enterprise knowledge graph roadmap and business case

Course Features

  • Updated and Interactive Content
  • Hypothetical Examples and Case Studies
  • Pre- and Post-assessments to Measure Impact
  • Verified Certificate with a QR Verification Code