Software Defined Networking from Coursera

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Syllabus

Course Overview & Introduction

This module is a general introduction to cloud computing to set the tone for the technical details to follow in the later modules: What is the origin of cloud computing? Why now? The introduction will cover the current service models in Cloud computing, the Marketplace, and some of the technological challenges with Cloud computing

Evolution of Data Center Networks

This module covers the evolution of data center networks, including the origins of software defined networking and the networking technology prevalent today in data centers. The module also discusses the traffic engineering challenges specific to data center networks.

Data Center Network Example

This module presents one example of a data center network, namely, Azure’s VL2. It starts with a general overview of the design principles for data center networks that laid the foundation for the specific design decisions in VL2, which is the foundation for how Azure’s data center networking is architected today.

DC Networking: Testing, Debugging, and Traffic Evaluation

This module covers topics including metrics for network performance evaluation, tools for testing and debugging DC networks, measurement, and case studies of analyzing DC network traffic.

Project

This module is a hands-on project to familiarize the student with implementing an SDN controller and testing the performance of traffic engineering rules using Ryu.

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Taught by Umakishore Ramchandran, who are recognized for their work in Software Defined Networking (SDN)

Covers the history, evolution, and design principles of data center networks, including Microsoft's VL2 architecture

Provides hands-on experience with implementing an SDN controller and testing traffic engineering rules

Suitable for learners interested in data center networking, cloud computing, and software-defined networking

Covers topics relevant to industry practices in data center networking

May be beneficial for learners pursuing a career in cloud computing or data center management

Career center

Learners who complete Software Defined Networking will develop knowledge and skills that may be useful to these careers:

SDN Architect

An SDN Architect designs and implements SDN-based networks. An understanding of SDN technologies and traffic engineering, as taught in this course, provides a solid foundation for success in this role. This course can help you develop the skills needed to design, implement, and manage SDN networks, making you a more competitive candidate for SDN Architect positions.

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Data Center Network Engineer

A Data Center Network Engineer designs, implements, and maintains data center networks. This course provides a deep dive into the specific challenges and technologies used in data center networks, making it highly relevant to this role. By taking this course, you can gain the knowledge and skills needed to troubleshoot and optimize data center networks, increasing your competitiveness in the job market.

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Computer Network Architect

A Computer Network Architect designs, implements, and maintains computer networks. The knowledge of data center networking technologies, SDN, and traffic engineering gained in this course can help you build a foundation for success in this role. This course can provide you with a comprehensive understanding of the latest networking technologies and best practices, enabling you to design and manage complex computer networks effectively.

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Network Analyst

A Network Analyst analyzes and troubleshoots computer networks. The knowledge of SDN technologies and traffic engineering gained in this course can be valuable for this role. This course can help you develop the skills needed to diagnose and resolve network issues, making you a more effective Network Analyst.

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Cloud Architect

A Cloud Architect designs and implements cloud computing solutions. The understanding of data center networking technologies and SDN, as taught in this course, can be useful for this role. This course can help you develop the skills needed to design and manage cloud computing environments, making you a more competitive candidate for Cloud Architect positions.

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Network Administrator

A Network Administrator manages and maintains computer networks. The knowledge of SDN technologies and traffic engineering gained in this course can be valuable for this role. This course can help you stay up-to-date with the latest networking technologies and best practices, enabling you to manage and maintain complex networks effectively.

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Cloud Engineer

A Cloud Engineer designs, builds, and maintains cloud computing systems. The understanding of data center networking technologies and SDN, as taught in this course, can be beneficial for this role. This course can help you develop the skills needed to design and manage cloud computing environments, making you a more competitive candidate for Cloud Engineer positions.

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Network Engineer

A Network Engineer designs, implements, and maintains computer networks. The knowledge of SDN technologies and traffic engineering gained in this course can be valuable for this role. This course can help you stay up-to-date with the latest networking technologies and best practices, enabling you to design, implement, and manage complex networks effectively.

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Systems Engineer

A Systems Engineer designs, implements, and maintains computer systems. The understanding of SDN technologies and traffic engineering gained in this course can be beneficial for this role. This course can help you develop the skills needed to design, implement, and manage complex systems, making you a more competitive candidate for Systems Engineer positions.

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Information Security Analyst

An Information Security Analyst protects computer systems from security threats. The knowledge of SDN technologies and traffic engineering gained in this course can be valuable for this role. This course can help you understand the security implications of SDN and how to implement security measures in SDN-based networks.

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DevOps Engineer

A DevOps Engineer collaborates with software developers and IT operations to improve software delivery and infrastructure management. The knowledge of SDN technologies and traffic engineering gained in this course can be valuable for this role. This course can help you understand the networking aspects of software development and deployment, enabling you to collaborate more effectively with network engineers.

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IT Manager

An IT Manager plans, implements, and manages IT systems. The knowledge of SDN technologies and traffic engineering gained in this course can be beneficial for this role. This course can help you understand the latest networking technologies and best practices, enabling you to make informed decisions about IT infrastructure and services.

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Software Engineer

A Software Engineer designs, develops, and maintains software applications. While this course is not directly focused on software development, the knowledge of SDN technologies and traffic engineering can be valuable for Software Engineers working on networking-related projects. This course may help you understand the underlying network technologies and how to optimize them for better software performance.

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Technical Writer

A Technical Writer creates and maintains technical documentation. While this course is not directly focused on technical writing, the knowledge of SDN technologies and traffic engineering can be valuable for Technical Writers working on documentation related to networking technologies. This course may help you understand the technical concepts and terminology used in networking, enabling you to write more accurate and informative documentation.

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Data Scientist

A Data Scientist analyzes and interprets data to extract insights. The understanding of data center networking technologies and traffic engineering gained in this course may be useful for Data Scientists working on projects related to network performance and optimization. This course can provide you with a foundational understanding of network technologies and how they impact data transmission and analysis.

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Software Defined Networking

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