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Course Description

Traditional networks offer limited capabilities to observe current conditions and control forwarding paths. Software-defined networking (SDN) is a fresh approach that provides direct control over network-wide behavior. By implementing standard functionality using both approaches — e.g., shortest-path forwarding — the differences between traditional networks and SDN will become clear.

In this course, you will delve into the fundamental concepts of SDN, opening the doors to a world of programmable networking. Traditional networks have been constrained by fixed protocols, making them rigid and challenging to adapt. SDN changes this paradigm by allowing you to program both the control plane and the data plane. You will begin by exploring the historical context of network design and explore ideas that paved the way for SDN, including systems like Ethane, which introduced programmable network-wide security policies.

Moving forward, you'll explore essential SDN components like the P4 Programming Language and the Network Information Base (NIB), enabling you to implement and manage network-wide algorithms and protocols effectively. Through this course, you will gain valuable foundational knowledge and skills to build on throughout your career, equipping yourself with the terminology and knowledge needed to navigate the world of SDN.

Faculty Author

Nate Foster; Mina Tahmasbi Arashloo

Benefits to the Learner

  • Differentiate between traditional and SDN networks
  • Implement a simple SDN controller
  • Implement essential SDN architecture components

Target Audience

  • Network administrators and architects
  • Network engineers and operators
  • Aspiring SDN engineers
  • Enterprise network system installers
  • System administrators and integrators
  • Solutions designers
  • DevOps teams
  • NFV technologists

Applies Towards the Following Certificates

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Enroll Now - Select a section to enroll in
Type
2 week
Dates
Dec 04, 2024 to Dec 17, 2024
Total Number of Hours
16.0
Course Fee(s)
Contract Fee $100.00
Type
2 week
Dates
Feb 26, 2025 to Mar 11, 2025
Total Number of Hours
16.0
Course Fee(s)
Contract Fee $100.00
Type
2 week
Dates
May 21, 2025 to Jun 03, 2025
Total Number of Hours
16.0
Course Fee(s)
Contract Fee $100.00
Type
2 week
Dates
Aug 13, 2025 to Aug 26, 2025
Total Number of Hours
16.0
Course Fee(s)
Contract Fee $100.00
Type
2 week
Dates
Nov 05, 2025 to Nov 18, 2025
Total Number of Hours
16.0
Course Fee(s)
Contract Fee $100.00
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