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Course Outline

INTRODUCTION TO DAMA

  • Understanding data management and its critical importance.
  • Exploring the distinct disciplines within data management.
  • Examining DAMA and the DMBoK 2.0, including its relationship with other frameworks such as TOGAF and COBIT.
  • Reviewing available professional certifications, with a focus on the DAMA CDMP.

DATA GOVERNANCE

  • Defining Data Governance, its importance, and a typical reference model.
  • Identifying primary data governance roles: owner, steward, and custodian.
  • Understanding the function of the Data Governance Office (DGO) and its interaction with the PMO.
  • Distinguishing between Data Governance and IT Governance, and discussing the relevance of this distinction.
  • Overviewing the data management implications of selected regulatory frameworks.
  • Outlining key steps organizations can take to prepare for compliance with current and future regulations.
  • Initiating data governance efforts, sustaining them, and building long-term capacity.

DATA LIFECYCLE MANAGEMENT

  • Proactively planning for data management throughout its lifecycle.
  • Differentiating between the data lifecycle and the Systems Development Lifecycle (SDLC).
  • Identifying data governance touchpoints within the data lifecycle.

METADATA MANAGEMENT

  • Defining metadata and explaining its importance.
  • Classifying types of metadata, their applications, and sources.
  • Exploring the connection between metadata and business glossaries.
  • Demonstrating how metadata serves as essential infrastructure for data governance and metadata standards.

DG MINI PROJECT

  • Launching the Data Governance Program: establishing early foundations and developing a realistic business case linked to business objectives.

DOCUMENT RECORDS & CONTENT MANAGEMENT

  • Understanding the importance of document and records management.
  • Differentiating between taxonomy and ontology.
  • Addressing legal and regulatory considerations impacting records and content management.

DATA MODELING BASICS

  • Exploring types of data models, their uses, and their interrelationships.
  • Developing and leveraging data models, from enterprise and conceptual levels down to logical, physical, and dimensional models.
  • Conducting maturity assessments to evaluate how models are utilized within the enterprise and integrated into the System Development Life Cycle (SDLC).
  • Examining data modeling in the context of big data.
  • Analyzing the critical role of data modeling in data governance, supported by a business case study.

DATA QUALITY MANAGEMENT

  • Examining the various facets of data quality and clarifying why validity is often mistaken for quality.
  • Identifying the policies, procedures, metrics, technology, and resources required to ensure data quality.
  • Applying a data quality reference model.
  • Understanding the interconnection between data quality management and data governance, illustrated with case studies.

DATA OPERATIONS MANAGEMENT

  • Defining core roles and considerations for data operations.
  • Establishing best practices for data operations.

DATA RISK & SECURITY

  • Identifying threats and implementing defenses to prevent unauthorized access, use, or loss of data, with a focus on personal data abuse.
  • Identifying risks to data and its usage beyond just security concerns.
  • Addressing data management considerations for various regulations, such as GDPR and BCBS239.
  • Exploring the role of data governance in data security management.

MASTER & REFERENCE DATA MANAGEMENT

  • Distinguishing between reference and master data.
  • Identifying and managing master data across the enterprise.
  • Evaluating four generic MDM architectures and their suitability for different scenarios.
  • Implementing MDM incrementally to align with business priorities.
  • Case study: Statoil (Equinor).

DATA WAREHOUSING, BUSINESS INTELLIGENCE & DATA ANALYTICS

  • Defining data warehousing and business intelligence, and explaining their necessity.
  • Reviewing major data warehouse architectures (Inmon & Kimball).
  • Introducing dimensional data modeling.
  • Explaining why master data management fails without adequate data governance.
  • Covering data analytics, machine learning, and data visualization.

DATA INTEGRATION & INTEROPERABILITY

  • Identifying the business and technological issues that data integration aims to resolve.
  • Differentiating between data integration and data interoperability.
  • Exploring different styles of data integration and interoperability, their applicability, and implications.
  • Outlining approaches and guidelines for providing data integration and access.
 35 Hours

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