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Updated in [September 19th, 2023]

What does this course tell?
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During the past decade we have witnessed a phenomenal growth in Industrial IoT applications (IIoT) and autonomous systems This has resulted in a paradigm shift in the networking domain As a networking professional it is essential to understand how traditional networking has evolved into Software Defined Networking

In this course you will learn about Software Defined Networking for IoT applications You will explore some core issues relevant to traditional networking and discover how SDN can address issues such as network management resource utilisation and security and privacy

The course has been designed to be hands-on with a practical approach to help you better understand virtualisation programmability in SDN and REST API You will also explore emerging Intent Based Networking for network automation

This MOOC has been developed in association with the Cisco-Curtin Centre for Networks based at Innovation Central Perth within Curtin's School of Electrical Engineering Computing and Mathematical Sciences In addition to Massive Open Online Courses the education component of the Centre for Networks (C4N) includes professional-level training courses and undergraduate and postgraduate units which all focus on network programmability automation and analytics C4N is undertaking important research to support industries looking for a simplified and more automated approach to managing their IT networks These innovations have the potential to accelerate transformation across sectors such as health education defence mining and government as they work to converge their IT and operational networks
We consider the value of this course from multiple aspects, and finally summarize it for you from three aspects: personal skills, career development, and further study:
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What skills and knowledge will you acquire during this course?
During this course, the learner will acquire a range of skills and knowledge related to Software Defined Networking (SDN) for IoT applications. They will gain an understanding of how traditional networking has evolved into SDN and the benefits it offers in terms of network management, resource utilization, and security and privacy.

The course will have a practical approach, allowing the learner to gain hands-on experience with virtualization, programmability in SDN, and REST API. They will learn how to effectively utilize these tools and technologies to optimize network performance and efficiency.

Additionally, the learner will explore the concept of Intent Based Networking, which focuses on network automation. They will understand how to automate network processes and tasks, improving overall network management and reducing manual effort.

This course is developed in collaboration with the Cisco-Curtin Centre for Networks, which is known for its expertise in network programmability, automation, and analytics. The learner will benefit from the knowledge and research conducted by the center, gaining insights into the latest advancements in the field.

Overall, by completing this course, the learner will acquire the skills and knowledge necessary to effectively implement and manage Software Defined Networking for IoT applications. They will be equipped with the tools and understanding to address the challenges and complexities of modern networking, enabling them to contribute to the transformation and automation of various industries.

How does this course contribute to professional growth?
This course on Introduction to Software Defined Networking contributes significantly to professional growth. By understanding how traditional networking has evolved into Software Defined Networking (SDN), networking professionals can stay updated with the latest advancements in the field.

The course covers core issues relevant to traditional networking and demonstrates how SDN can address challenges such as network management, resource utilization, and security and privacy. This knowledge is crucial for professionals working in the networking domain as it equips them with the skills to effectively manage and secure networks in the era of Industrial IoT applications and autonomous systems.

Moreover, the course takes a practical approach, providing hands-on experience with virtualization, programmability in SDN, and REST API. This practical knowledge enhances the professional's ability to implement SDN solutions and leverage its benefits in real-world scenarios.

Additionally, the course introduces emerging concepts like Intent Based Networking, which focuses on network automation. This knowledge is valuable for professionals seeking to automate network operations and improve efficiency.

Furthermore, this course is developed in association with the Cisco-Curtin Centre for Networks, which is renowned for its expertise in network programmability, automation, and analytics. By enrolling in this course, professionals gain access to the latest research and industry insights, further enhancing their professional growth.

Overall, this course on Introduction to Software Defined Networking provides networking professionals with the necessary skills and knowledge to adapt to the evolving networking landscape. It equips them with the expertise to effectively manage networks, implement SDN solutions, and embrace automation, thereby contributing to their professional growth.

Is this course suitable for preparing further education?
This course on Introduction to Software Defined Networking appears to be suitable for preparing further education. The course covers essential topics such as network management, resource utilization, security, and privacy, which are relevant in the networking domain. Additionally, the course offers a practical approach with hands-on experience in virtualization, programmability in SDN, and REST API. The course is developed in association with the Cisco-Curtin Centre for Networks, which focuses on network programmability, automation, and analytics. This indicates that the course is backed by industry expertise and research, making it a valuable resource for individuals looking to enhance their knowledge and skills in software-defined networking.