Updated for 2026, the CCNA Automation and Programmability course is an essential step for IT professionals who want to develop strong, modern skills in network automation and infrastructure programmability. In today’s rapidly evolving technological landscape, networks are becoming increasingly complex, dynamic, and software-driven. As a result, the ability to automate processes and manage network configurations through code is no longer optional—it is a critical competency for anyone aiming to stay competitive in the IT industry.This course is carefully designed to provide a complete, practical, and exam-focused learning experience. It not only prepares you to successfully pass the certification exam but also equips you with real-world skills that can be immediately applied in professional environments. The content covers all key topics required for the exam, guiding you step by step from foundational concepts to more advanced techniques.One of the core pillars of the course is network automation. You will learn the fundamental principles behind automation, including how to reduce manual tasks, minimize human error, and improve operational efficiency. The course introduces modern tools and real-world approaches used in enterprise environments, giving you a practical understanding of how automation is implemented in today’s networks.In addition, you will explore essential programmability concepts. This includes understanding models, architectures, and methods that enable networks to be managed through software. You will learn how to interact with network devices using APIs, standardized protocols, and structured data formats, helping you develop a programming mindset tailored to networking.A key component of the course focuses on network programmability tools. You will gain hands-on knowledge of widely used technologies such as Python and Ansible, which are among the most in-demand skills in the industry. Through practical examples and realistic scenarios, you will learn how to autom
What you'll learn
understand network automation principles
use programming languages like Python and Ansible for network management
apply automation techniques to reduce manual tasks and errors
interact with network devices through APIs and standardized protocols
Course objectives
equip students with real-world skills applicable in professional environments
prepare students to successfully pass the CCNA certification exam
introduce network programmability concepts and tools