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Gain proficiency in the intricacies of Graph Theory: the core of communication and transportation networks, the Internet, GPS, and more.

£69.99 inc. VAT
Course Access

1 year

Last Updated

January 12, 2024

Students Enrolled


Course Duration

9 hours, 50 minutes

Course Instructor

Imagine a world where connections are key to everything: optimising city traffic, analyzing social networks, and even predicting chemical reactions. That's the domain of graph theory, a powerful mathematical tool that lets you decode the language of relationships.

The Königsberg Bridge Puzzle:

In 1736, Leonhard Euler solved the centuries-old puzzle of whether it was possible to cross all seven bridges of Königsberg (now Kaliningrad, Russia) without crossing any bridge twice. His solution, proving it impossible based on the graph structure, is considered the foundational text of graph theory.

Graph Theory is a captivating course that delves into the fundamentals of mathematical structures known as graphs. A graph comprising vertices and edges is a versatile model applicable to various real-world scenarios. The course covers essential concepts such as paths, types of graphs, trees, digraphs, and tournaments. It explores the intriguing realm of planar graphs, providing insights into their properties and applications. The study of graph colouring adds a creative dimension, introducing the concept of assigning colours to vertices with specific constraints. This course offers supplements that enhance comprehension and application. Anyone without a profound mathematical background can quickly establish a solid foundation.

You will have the following skills after completing this course:

  • Master fundamental concepts in Graph Theory
  • Understand Eulerian and Hamiltonian paths and circuits. And many related topics to Paths.
  • Get to know a wide range of different Graphs and their properties.
  • Be able to perform Elementary, Advanced Operations on Graphs to produce a New Graph
  • Understand Graph Coloring.
  • Know how to turn a Graph into a Matrix and vice versa.
  • Obtain a solid foundation in Trees, Tree Traversals, and Expression Trees.

Who will benefit from this course on Graph Theory?

A Graph Theory course can benefit a wide range of individuals, including:
  1. Computer Science Students and Professionals: Graph Theory has numerous applications in computer science, such as network design, algorithm optimisation, database management, and data mining. Understanding graphs is essential for those working in computer networks, social network analysis, and artificial intelligence.
  2. Mathematics Students: Graph Theory is a branch of discrete mathematics. Mathematics students, especially those interested in combinatorics or discrete structures, will find this course beneficial. Graphs provide a rich field for mathematical exploration and proofs.
  3. Engineering Students: Graphs are used in various engineering disciplines, including electrical engineering (circuit design), civil engineering (network planning), and telecommunications. Engineering students can apply graph theory to solve real-world problems.
  4. Operations Research and Management Science Professionals: Graphs are used to model and solve problems related to optimisation, logistics, and resource allocation. Individuals in operations research or management science can apply graph theory to improve decision-making processes.
  5. Biology and Chemistry Researchers: Graphs are used in bioinformatics and cheminformatics to analyse molecular structures, protein interactions, and genetic networks. Researchers in biology and chemistry can benefit from understanding graph theory concepts.
  6. Social Scientists: Graphs are used to model and analyse social networks, collaboration networks, and communication patterns. Social scientists studying sociology, anthropology, or communication may find graph theory helpful in understanding social structures.
  7. Economists and Finance Professionals: Graphs can model economic networks, financial transactions, and market structures. Professionals in economics and finance may use graph theory to analyse economic systems and financial markets.
  8. Game Developers: Graphs are used in computer graphics and game development for tasks such as pathfinding, level design, and character interactions. Game developers can benefit from a solid understanding of graph theory to enhance their programming skills.
  9. Artificial Intelligence and Machine Learning Practitioners: Graph-based algorithms are applied in various AI and machine learning tasks, including recommendation systems, clustering, and natural language processing. Those working in AI and ML can benefit from a strong foundation in graph theory.
  10. Anyone Interested in Problem Solving: Graph theory encourages abstract thinking and problem-solving skills. Modelling and analysing problems using graphs is a valuable skill in various fields.
In summary, a Graph Theory course is versatile and has applications across diverse disciplines, making it beneficial for students and professionals in mathematics, computer science, engineering, biology, social science, economics, and more.

Why Should You Take This Online Graph Theory Course?

  • Expertly Designed and Delivered by Industry Experts: Developed and delivered by MIRAN FATTAH - B.S. in Mathematics & Geophysics
  • Immediate Recognition with an Instant E-Certificate: After finishing our online course, you will receive an instant E-certificate. This certification acknowledges your dedication and successful course completion, allowing you to demonstrate your newly gained knowledge and skills to potential employers, colleagues, or clients. The E-certificate validates your accomplishments immediately, raising your professional standing.
  • Convenient Online Learning Experience: Because our course is entirely online, you may learn at your own pace and convenience. The course materials are accessible from anywhere and anytime, making it ideal for people with hectic schedules. The curriculum is delivered via captivating videos and extensive reading materials, creating a dynamic and interactive learning experience.
  • Self-paced Learning for Maximum Progress: We recognise that everyone has various learning styles and time commitments. As a result, our online course provides self-paced study. You can work through the course materials independently, allowing for a more personalised learning experience. Our course supports your individual learning preferences, whether you like to immerse yourself in the information or take it step by step.
  • Laptop, tablet, and smartphone compatibility: Our online course is device-compatible to improve accessibility. Whether you choose a laptop, tablet, or smartphone, you may easily access and interact with the course contents. This adaptability allows you to learn on the go, incorporating your studies into your everyday routine and maximising your learning possibilities.

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Read the blog Graph Theory:

Unveiling the Hidden Connections: Why Graph Theory Matters More Than You Think

Career prospects after completing this course:

Completing a Graph Theory course can open up various career prospects, depending on your background, interests, and the specific applications of graph theory that you've explored. Here are some potential career paths and industries where knowledge of graph theory is particularly valuable:
  1. Computer Networking: Graph theory is crucial in designing and optimising computer networks. Networking professionals can apply graph algorithms to enhance the efficiency and reliability of communication systems.
  2. Software Development: Software engineers can leverage graph theory to solve complex problems, such as route planning, social network analysis, and data modelling. Graph databases and algorithms are widely used in developing applications for various industries.
  3. Data Science and Analytics: Graph theory plays a significant role in data science, especially in analysing social networks, recommendation systems, and fraud detection. Data scientists can use graph algorithms to extract valuable insights from complex datasets.
  4. Bioinformatics: Graphs are employed in bioinformatics to model and analyse biological data, such as genetic interactions, protein-protein networks, and metabolic pathways. Professionals in this field can benefit from knowledge of graph theory.
  5. Operations Research: Graph theory is applied to optimise processes, resource allocation, and logistics. Operations research analysts use graph models to make data-driven decisions and improve efficiency in various industries.
  6. Cybersecurity: Graphs are used to model and analyse cybersecurity threats and vulnerabilities. Security analysts can apply graph algorithms to detect patterns and anomalies in network traffic, helping to identify and mitigate potential security risks.
  7. Finance and Economics: Graph theory has applications in modelling financial networks, market structures, and economic systems. Professionals in finance and economics can use graph theory to analyse relationships among financial instruments, market participants, and economic factors.
  8. Social Network Analysis: Professionals studying and analysing social structures, communication patterns, and influence in social networks can apply graph theory concepts. This is particularly relevant in fields like sociology, anthropology, and marketing.
  9. Artificial Intelligence and Machine Learning: Graph-based algorithms are utilised in various AI and ML applications, such as recommendation systems, clustering, and natural language processing. AI and ML practitioners can benefit from a deep understanding of graph theory concepts.
  10. Telecommunications: Graph theory is essential in the planning and optimisation of telecommunications networks. Professionals in this industry can use graph models to design efficient communication systems.
  11. Academia and Research: A strong foundation in graph theory can lead to a career in academia or research, where you can contribute to developing new algorithms, models, and theories.

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Course Content

    • Textbook Recommendations 00:02:00
    • Tools 00:05:00
    • Sets 00:09:00
    • Number Sets 00:10:00
    • Parity 00:12:00
    • Terminologies 00:07:00
    • Intro 00:03:00
    • Graphs 00:11:00
    • Subgraphs 00:09:00
    • Degree 00:10:00
    • Sum of Degrees of Vertices Theorem 00:23:00
    • Adjacency and Incidence 00:09:00
    • Adjacency Matrix 00:16:00
    • Incidence Matrix 00:08:00
    • Isomorphism 00:08:00
    • Intro 00:01:00
    • Walks, Trails, Paths, and Circuits 00:13:00
    • Examples 00:10:00
    • Eccentricity, Diameter, and Radius 00:07:00
    • Connectedness 00:20:00
    • Euler Trails and Circuits 00:18:00
    • Fleury’s Algorithm 00:10:00
    • Hamiltonian Paths and Circuits 00:06:00
    • Ore’s Theorem 00:14:00
    • Dirac’s Theorem 00:06:00
    • The Shortest Path Problem 00:16:00
    • Intro 00:01:00
    • Trivial, Null and Simple Graphs 00:10:00
    • Regular Graphs 00:10:00
    • Complete, Cycles and Cubic Graphs 00:10:00
    • Path, Wheel and Platonic Graphs 00:11:00
    • Bipartite Graphs 00:14:00
    • Intro 00:01:00
    • Trees 00:14:00
    • Cayley’s Theorem 00:03:00
    • Rooted Trees 00:10:00
    • Binary Trees 00:14:00
    • Binary Tree Traversals 00:18:00
    • Binary Expression Trees 00:09:00
    • Binary Search Trees 00:19:00
    • Spanning Trees 00:10:00
    • Forests 00:07:00
    • Intro 00:01:00
    • Digraphs 00:12:00
    • Degree 00:09:00
    • Isomorphism 00:08:00
    • Adjacency Matrix 00:10:00
    • Incidence Matrix 00:08:00
    • Walks, Paths and Cycles 00:12:00
    • Connectedness 00:05:00
    • Tournaments 00:08:00
    • Intro 00:01:00
    • Planar Graphs 00:10:00
    • Kuratowski’s Theorem 00:14:00
    • Euler’s Formula 00:10:00
    • Dual Graphs 00:10:00
    • Intro 00:01:00
    • Vertex and Edge Deletion & Addition 00:08:00
    • Cartesian Product 00:10:00
    • Graph Join and Transpose 00:04:00
    • Complement Graphs 00:05:00
    • Intro 00:01:00
    • Vertex Colorings 00:05:00
    • Edge Colorings 00:09:00
    • Total Colorings 00:05:00
    • Get Your Certificate & Transcript 00:00:00

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