Network Automation Course | Python & Ansible | Live Training

Join our Network Automation Course and become a Network automation engineer with real-world training in Python, Ansible, and Other Automation Tools. Hands-on labs, live classes, and certification included. Enroll now!

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Network Automation Course (#110)

Python for Network Engineers Course Overview

In today’s fast-paced IT landscape, network automation has become a crucial skill for network engineers and IT professionals. Our Network Automation Course is designed to help you master automation techniques using Python and industry-leading tools. Whether you’re looking to streamline repetitive tasks, enhance network efficiency, or advance your career, this course provides the hands-on experience and practical knowledge you need.

You’ll learn how to automate network configurations, manage devices programmatically, and use frameworks like Ansible, Netmiko, etc. By the end of the course, you’ll be equipped with the skills to implement automation solutions in real-world scenarios, making you a valuable asset to any IT team.

The Network Automation Training with python and ansible is perfect for beginners and experienced professionals who want to learn network automation, covering everything from foundational concepts to advanced automation strategies.

Demo Video

How to start your Network Automation Journey Thumbnail Img

Python + Network Automation Course Highlights

Network Automation Training from Industry Expert trainer Mr. Chirag Dhall, who has 5+ Years of Training, Consulting, and Implementation experience.

  • Training Duration – 40 Hours with a Live Instructor 
  • Every candidate will be provided with the required images of Routers, Switches, Firewalls, etc. 
  • We provide PDF and Python Scripts throughout the training 
  • The lab will be set up locally on your system/machine with Lifetime Access by PyNet Labs 
  • Lifetime Access to the class recordings 
  • Lifetime Access to a private telegram group for doubts and queries 
  • Job Placement Assistance 
  • PyNet Labs course completion certificate with a unique Certificate ID 
  • Language to be followed in training – English. 
  • Language to be followed for Jokes and fun in between – English 

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Python + Network Automation Course Syllabus

Module 1 - Software Development & Design

Data Formats and Parsing

  • Compare data formats
    • XML
    • JSON
    • YAML
  • Parsing data formats into Python data structures

Software Development Fundamentals

  • Principles of Test-Driven Development (TDD)
  • Software development methodologies
    • Agile
    • Lean
    • Waterfall

Code Organization and Design Patterns

  • Structuring code
    • Methods / Functions
    • Classes
    • Modules
  • Design patterns
    • Model-View-Controller (MVC)
    • Observer pattern

Version Control

  • Benefits of version control

Git Operations

  • Clone
  • Add / Remove
  • Commit
  • Push / Pull
  • Branch
  • Merge and conflict resolution
  • Diff

Module 2 - Understanding and Using APIs

API Fundamentals

  • Crafting REST API requests
  • Understanding webhooks
  • API consumption constraints

HTTP and API Debugging

  • HTTP response codes
  • Breaking down HTTP responses
    • Response code
    • Headers
    • Body
  • Solving API issues using responses and documentation

Authentication Methods

  • Basic authentication
  • Custom tokens
  • API keys

API Styles

  • REST vs RPC comparison

API Development

  • Python scripts using requests library

Module 3 - Cisco Platforms and Development

Cisco SDKs

  • Writing Python scripts using Cisco SDKs

Network Management Platforms

  • Cisco platforms
    • Meraki
    • Cisco DNA Center
    • ACI
    • SD-WAN
    • NSO

Compute Management

  • UCS Manager
  • Intersight

Collaboration Platforms

  • Webex
  • Webex devices
  • Cisco Unified Communication Manager (AXL, UDS)

Security Platforms

  • XDR
  • Firepower
  • Umbrella
  • Secure Endpoint
  • ISE
  • Secure Malware Analytics

Device-Level APIs

  • IOS XE
  • NX-OS

DevNet Resources

  • Sandboxes
  • Code repositories
  • Support forums
  • Learning labs
  • API documentation

Model-Driven Programmability

  • YANG
  • RESTCONF
  • NETCONF

Script-Based Tasks

  • Listing network devices
  • Managing Webex
    • Spaces
    • Participants
    • Messages
  • Fetching network clients/hosts

Module 4 - Application Deployment and Security

Deployment Models

  • Private cloud
  • Public cloud
  • Hybrid cloud
  • Edge computing

Deployment Types

  • Virtual machines
  • Bare metal
  • Containers

CI/CD Pipelines

  • Components and workflows

Development Practices

  • Writing Python unit tests
  • Understanding Dockerfiles
  • Using Docker images locally

Application Security

  • Secret management
  • Encryption (storage & transport)
  • Data handling

Network Components

  • Firewalls
  • DNS
  • Load balancers
  • Reverse proxies

Security Threats (OWASP)

  • XSS
  • SQL Injection
  • CSRF

System & DevOps Basics

  • Bash commands
    • File management
    • Directory navigation
    • Environment variables
  • DevOps principles

Module 5 - Infrastructure and Automation

Programmability

  • Model-driven programmability

Management Types

  • Controller-level management
  • Device-level management

Simulation Tools

  • Cisco Modeling Labs
  • pyATS

CI/CD for Infrastructure

  • Pipeline components and benefits

Infrastructure as Code (IaC)

  • Core principles

Automation Tools

  • Ansible
  • Terraform
  • Cisco NSO

Python Automation

  • Automating workflows using Cisco APIs
    • ACI
    • Meraki
    • Cisco DNA Center
    • RESTCONF

Ansible Automation

  • Package management
  • User configuration
  • Service management

Bash Automation

  • File management
  • Application installation
  • User management
  • Directory navigation

Data Interpretation

  • RESTCONF / NETCONF results
  • YANG models
  • Unified diffs
  • Sequence diagrams (API calls)

Code Quality

  • Code review principles

Module 6 - Network Fundamentals

Basic Networking Concepts

  • VLANs and MAC addresses
  • IP addressing
    • IP address
    • Gateway
    • Routes
    • Subnet masks / prefixes

Network Devices

  • Switches
  • Firewalls
  • Load balancers
  • Routers

Network Topologies

  • Interpreting diagrams
    • Routers
    • Switches
    • Firewalls
    • Load balancers
    • Ports

Network Planes

  • Management plane
  • Data plane
  • Control plane

IP Services

  • DHCP
  • NAT
  • NTP
  • DNS
  • SNMP

Protocol Ports

  • SSH
  • Telnet
  • HTTP
  • HTTPS
  • NETCONF

Troubleshooting

  • NAT misconfigurations
  • Blocked ports
  • Proxy issues
  • VPN issues

Network Constraints

  • Impact on applications

What You'll Learn in Network Automation + Python + Ansible Training?

Labs Covered in Network Automation Course

Network Automation

What is Network Automation?

Network automation is the process of using software and scripts to automate the configuration, management, and operation of network devices like routers, switches, and firewalls. Instead of manually handling repetitive tasks, automation allows network engineers to streamline operations, reduce human errors, and improve efficiency. With the help of programming languages like Python and tools such as Ansible and Netmiko, businesses can deploy changes faster and ensure consistency across their networks.

Network automation is becoming essential for modern IT environments, helping organizations scale their networks, enhance security, and free up valuable time for more strategic tasks.

Why Learn Network Automation?

In today’s rapidly evolving IT world, managing networks manually is becoming increasingly challenging. That’s why many professionals are choosing to learn network automation to simplify complex tasks, minimize errors, and boost efficiency.

  • By automating routine operations such as device configurations, monitoring, and troubleshooting, businesses can save time and resources while ensuring greater network reliability.
  • A Network Automation Course not only enhances your technical skills but also opens up better career opportunities, as companies are actively seeking professionals who can optimize and scale their networks effortlessly.

Whether you’re an aspiring network engineer or an experienced professional, mastering automation can help you stay ahead in the industry.

Learn Network Automation

Benefits of Learning Network Automation with Python and Ansible

Network Automation Course Eligibility

Our Network Automation Course with Python and Ansible is designed for anyone looking to enhance their networking skills and embrace automation. Whether you’re a beginner or an experienced professional, this course provides valuable insights into automating network tasks efficiently. You are eligible to enrol if you are:

Our Course doesn’t require any prior programming experience; however, a basic understanding of networking concepts or CCNA Training will be beneficial for better learning outcomes. 

Who Should take Network Automation Training?

This Python for Network Engineers Course is perfect for:

Career Opportunities After Network Automation Course

After completing this network automation course with Python and Ansible, you can apply for roles such as:  

NetDevOps Engineer

Python Network Engineer

Infrastructure Automation Specialist

Cloud Network Engineer

NOC Engineer with scripting expertise

DevNet Engineer

Site Reliability Engineer (SRE)

Companies are actively looking for professionals who can automate network operations using modern tools.

Preparing for Network Automation job interviews? Explore our latest Network Automation Interview Questions and Answers to understand commonly asked questions related to Python, Ansible, APIs, automation tools, and network programmability.

Why Choose PyNet Labs For Network Automation Course?

Lose your fear of programming

Lifetime lab set up in your local Machine

Instructor-Led
Live Training

Placement Assistance

Lifetime Access to training recordings

Guaranteed to Run Batches

Post-training Support

Flexible Batch-Timings

Interview Preparation

Career Counselling by Experts

On-Demand classes available

Free DEMO Class

Career Growth

Salary After Network Automation Course

Network automation is one of the most in-demand skills in modern networking. Professionals with automation skills often earn higher salaries compared to traditional network engineers.  

Average Salary in India

Entry-Level (0–2 years):
₹4 LPA – ₹8 LPA
Mid-Level (2–5 years):
₹8 LPA – ₹15 LPA
Experienced (5+ years):
₹15 LPA – ₹25+ LPA 

Why Are Salaries Higher in Network Automation?

Companies are moving towards automation and cloud infrastructure  
Fewer professionals have automation skills 
Automation reduces operational costs for organizations 
High demand in DevOps and cloud-based environments

Network Automation vs Traditional Networking

Traditional networking relies heavily on manual configuration of devices, whereas network automation uses scripts and tools to automate these tasks. As networks grow larger and more complex, automation becomes essential for efficiency and scalability. 

Traditional Networking 

Network Automation 

Manual CLI-based configuration  Automated using Python, Ansible, and APIs 
Time-consuming for large networks  Fast deployment across multiple devices 
Higher chances of human error  Consistent and error-free configurations 
Reactive troubleshooting  Proactive monitoring and automation 
Difficult to scale  Easily scalable for enterprise environments 

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What Our Students Say About Us?

Frequently Asked Questions

Q1. I am a fresher. Am I eligible for Network Automation Training?

If you are a fresher without any networking knowledge, we recommend taking CCNA Training and then taking Network Automation Training.

Q2. How to learn automation in networking?

To learn automation in networking, start by building a strong foundation in networking concepts and then explore Network Automation Courses with Python. After that, learn to use automation tools such as Ansible and Netmiko, practice with real-world labs, and take structured courses to gain hands-on experience. 

Q3. What is the salary of network automation jobs?

The salary for network automation jobs varies based on experience, location, and industry. On average, entry-level roles can start around INR 5-8 LPA in India, while experienced professionals can earn INR 15-25 LPA or more. Globally, salaries can range from $70,000 to over $150,000 per year.

Q4. Is network automation easy to learn?

Network automation can be easy to learn if you have a basic understanding of networking concepts and a willingness to explore scripting languages like Python. With the right Network Automation Course, practice, and tools, anyone can gradually develop the skills needed to automate network tasks effectively.

Q5. Is network automation the future?

Yes, network automation is increasingly seen as the future of network management. As networks become more complex, manual configurations and management tasks are no longer practical. Automation helps to reduce human error, improve efficiency, and ensure scalability in large networks.

Q6. Which language is used for network automation?

Python is the most widely used programming language used for network automation because of its simplicity, readability, and extensive libraries like Netmiko and NAPALM. Our Network Automation Course is a mix of Python and Ansible.

Q7. How to become a network automation engineer?

To become a network automation engineer, start by gaining a strong foundation in networking concepts (such as CCNA or CCNP) and learn Network Automation. Familiarize yourself with Python, automation tools (e.g., Ansible, Puppet) and gain hands-on experience by automating network tasks and configurations.

Looking to learn automation with Python and boost your career? This Python automation course is one of the best Python course options available, designed specifically for those who want to master networking automation with Python and Python for Network Engineers. Whether you’re searching for python training, a python certification course, or a python online course, this python training online program helps you learn Python online at your own pace. If you’re into networking with Python and want real skills in automating network tasks, this network automation course gives you practical knowledge and hands-on experience

Join Now and transform your career with Network Automation Training.

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Network Automation Course (#110)

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