SDN NFV MASTERCLASS with Hands-on

This course provides a focused technical immersion into Software Defined Networking (SDN) and Network Functions Virtualization (NFV)—the catalyst technologies driving the shift toward agile, programmable, next-generation networks. Participants will develop a strong grounding in virtualization, cloud computing, network element virtualization, and the core architectural principles behind SDN and NFV.

The program examines how SDN fundamentally redefines network design and operations by abstracting control logic from the physical infrastructure, enabling a logically centralized or distributed software layer to dynamically control end-to-end network behavior. This separation of control and data planes empowers operators to write high-level policies, automate complex tasks, and integrate traditionally disjoint functions such as policy control, firewalls, security, and traffic prioritization into a unified control framework—dramatically simplifying configuration, management, and troubleshooting.

Building on this foundation, the course explores the NFV reference architecture, key components, and how virtualized network functions interoperate to enhance service delivery for carriers and enterprises. Participants will work with SDN-friendly emulators, practice service configuration using SDN and NFV, and evaluate performance, reliability, verification, and debugging techniques. The curriculum also covers the roles of OpenFlow, OpenStack, middleboxes, and application-driven network control, while highlighting how SDN and NFV jointly underpin modern LTE and IMS network design.

By the end of the course, learners will be equipped to design, deploy, and manage flexible virtualized services—and to harness SDN and NFV as transformational enablers for future-ready network architectures.