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Practical Knowledge Modelling: Ontology Development 101

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  • 12,147 Students
  • Updated 6/2025
4.6
(2,830 Ratings)
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Course Information

Registration period
Year-round Recruitment
Course Level
Study Mode
Duration
3 Hour(s) 40 Minute(s)
Language
English
Taught by
Tish Chungoora
Rating
4.6
(2,830 Ratings)

Course Overview

Practical Knowledge Modelling: Ontology Development 101

Capture machine-interpretable knowledge through ontology and semantic techniques

Knowledge is one of the most valuable assets any organisation holds. Ontologies are how you make it computable, shareable and built to last.

We've all faced the same problem at some point — trying to capture and communicate knowledge in a way that is clear, consistent and genuinely reusable, whether by another person or by a computer system. Knowledge modelling, or ontology modelling, is the discipline that solves that problem. An ontology is, at its core, a representation that provides a basis for sharing meaning — a structured, machine-interpretable model of what things are, how they relate and what can be inferred from them.

The applications are remarkably broad. From semantic data fabrics and augmented data products to natural language processing, enterprise architecture, high-fidelity controlled vocabularies and engineering reference models — ontologies underpin some of the most sophisticated information systems in use today. And with the rise of Generative AI, ontologies have moved firmly into the spotlight: they are now a critical component of Graph Retrieval Augmented Generation (RAG), providing the structured knowledge foundation that grounds Large Language Models and enables accurate, reliable question-answering over enterprise data.

What makes this course distinctive is its accessibility. Ontology development can feel intimidating from the outside — the terminology is dense and the literature is largely written for specialists. This course was designed from the ground up to change that, offering a practical, hands-on introduction that welcomes a broad range of learners regardless of technical background. You will gain both an appreciation of the context of knowledge modelling and genuine applied experience — working through graphical and formal computer-aided techniques for building knowledge models that are accurate, reusable and immediately applicable.

What you will be able to do after this course:

  • Explain what ontologies are and articulate their value across a range of real-world use cases

  • Apply graphical and formal techniques for building practical knowledge models

  • Capture and represent domain knowledge in a form that is both human-interpretable and machine-readable

  • Understand how ontologies connect to knowledge graphs, semantic data architectures and explainable AI

  • Use ontological thinking as a foundation for knowledge management, systems interoperability and intelligent information architecture

Who this course is for:

This course is designed for a genuinely broad audience — technical and non-technical alike. Whether you are a data professional, business analyst, knowledge engineer, architect, or simply someone who works with complex information and wants a better way to structure and share it, this course meets you where you are. No specialist background in semantics or ontology is required — just an interest in making knowledge work harder and travel further. If that matters to you professionally, this is exactly the right place to start.

Course Content

  • 8 section(s)
  • 80 lecture(s)
  • Section 1 Introduction
  • Section 2 What is knowledge modelling?
  • Section 3 A methodology for knowledge modelling
  • Section 4 Initial structuring
  • Section 5 Formalization
  • Section 6 Deployment
  • Section 7 Evaluation
  • Section 8 Course wrap-up

What You’ll Learn

  • Become better at approaching the organisation of information and knowledge in such a way that it makes sense to users, Apply a methodology for developing seamless knowledge models (ontologies) and use that understanding across any subject matter, Gain awareness of the inner workings of knowledge models (ontologies) expressed as visual and machine-interpretable representations, Develop semantically-rich ontologies and knowledge graphs, formalized in the Web Ontology Language (OWL), using the Protégé ontology editor


Reviews

  • B
    Becky DeWaters
    4.5

    I took this mostly out of curiosity and enjoyed it a great deal. The pure theory lessons were a little heavy on strings of $3 words but don't let that stop you! The visuals are good and the hands-on section is helpful.

  • S
    Scott Speights
    4.5

    For colleagues looking to get into creating knowledge graphs and ontologies, this course provides some good insights into how to create the "Knowledge Graph" or "Ontology" Schemas: concepts, techniques, standards and tooling. Tooling selection is a bit off-topic for Haufe, but by using Protege participants reinforce learning the concepts and techniques to build knowledge graphs from the ground up and this, in turn, can help to better understand how to work with them. Still looking for a "practical using" section that takes a look at toolsets and use cases used in industry.

  • A
    Afsara .
    5.0

    I really enjoyed this course. As a taxonomist, I gained a lot of knowledge and now feel confident in knowledge modeling. Thank you for creating this course.

  • H
    Hugo Smitter
    4.5

    Very good overview course combined with very good Protege tutorial. I really enjoyed this course.

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