Tutorials

An image of a L2L3 Protocol Testing Lab showing many racks of routers, switches and computers for testers to work.

L2 L3 PRTOCOL TESTING & PYTHON AUTOMATION COURSE

New Batch Starts on 16th Oct.
Module: Network Fundamentals (L2 L3 Protocol Testing)
Timing: 07:00 AM to 08:00 AM IST (Weekdays) Sign Up Now !

L2 L3 Protocol Testing and Python Automation Course :

This course is designed to equip you with the skills needed to master both Layer 2 and Layer 3 protocol testing, as well as Python automation. We will cover the essential networking fundamentals, including routing and switching protocols, alongside the practical application of Python for automation tasks. By the end of the course, you’ll have hands-on experience in configuring and testing various network protocols, automating network tasks, and preparing for real-world networking challenges. Whether you’re new to networking or looking to enhance your skills, this course will guide you through each step with practical examples and project work.

What is Protocol Testing:

Protocol testing involves evaluating the protocols used in networking devices to ensure proper communication and functionality. Our Protocol Testing Course provides a thorough understanding of L2 and L3 protocol testing, combining foundational networking knowledge with hands-on practice. You will learn to automate tests with Python and use industry-standard tools to ensure robust protocol performance. By enrolling in this course, you’ll be well-prepared for real-world projects and job interviews, helping you excel in the networking field.

What Will You Learn in This L2/L3 Protocol Testing Course?

In our L2 L3 Protocol Testing Course, you will:

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Protocol Testing Course Modules:

Our Protocol Testing Course covers the following modules:

  1. Networking Fundamentals
  2. Routing and L3 Protocols
  3. Switching and L2 Protocols
  4. IPv6 Protocols
  5. Python Training and Automation
  6. Protocol Testing
  7. Projects
  8. Interview Preparation

Detailed Course Contents:

Below is a breakdown of the topics covered in this course, starting with the basics and advancing to more complex concepts.

Networking Fundamentals :

Diagram illustrating Part A topics of Networking Fundamentals in the L2L3 Protocol Testing Course
  1. Introduction to protocol testing training
  2. Devices and their workings
  3. IP address and MAC address
  4. OSI and TCP/IP model
  5. Working of the network stack
  6. Packet creation process
  1. Introduction to basic protocols
  2. Ethernet
  3. ARP (Address Resolution Protocol)
  4. IP
  5. ICMP
  6. TCP & UDP
  7. DHCP, DNS, FTP, TELNET, SNMP, SSH , SIP
  8. Lab exercises
Diagram illustrating Part B topics of Networking Fundamentals in the L2L3 Protocol Testing Training

Layer 3 Features and Routing Protocols :

Diagram showing routing protocols BGP and OSPF used to make the routing table
  1. Overview of routing and routing architectures
  2. Static and dynamic routing
  3. NAT
  4. ACL (Access Control List)
  5. VPN
  6. RIP
  7. OSPF
  8. BGP
  9. EIGRP
  10. Lab exercises

Layer 2 Protocols and Features :

  1. Introduction to switching
  2. VLAN and VTP
  3. IEEE 802.1Q tagging
  4. STP
  5. RSTP
  6. MSTP
  7. Link aggregation and LACP
  8. Lab exercises
Diagram showing L2 protocols STP , RSTP and MSTP

IPv6 Protocols :

Diagram comparing IPv6 and IPv4, a module included in the online L2 L3 Protocol Testing Training
  1. Differences between IPv4 and IPv6
  2. Addressing formats
  3. Auto-configuration
  4. IPv6 routing
  5. OSPFv3
  6. MP-BGP
  7. ICMPv6

Python Training and Automation :

  1. Data types and variables
  2. Introduction to syntax
  3. Control structures and loops
  4. Lists, strings, tuples, arrays/dictionaries
  5. Functions and variable scoping
  6. File handling
  7. Regular expressions
  8. Object-oriented programming
  9. Expect automation
  10. Automation framework
A diagram showing modules of Python in the Protocol Testing course.

Protocol Testing :

Diagram showing the three stages of testing : Manual testing, Bug Verification and Automation
  1. Protocol testing types
  2. Protocol testing lifecycle
  3. Developing test cases and test plans
  4. Bug reporting and tracking
  5. Bug lifecycle
  6. Traffic generating tools
  7. Capturing tools
  8. Automation tools
  9. Project

Course Format :

This L2 L3 Protocol Testing Course is designed to be flexible and accessible, delivered through online classes via Zoom. Here’s how the course is structured:

Platform: The course will be conducted online using Zoom.

Schedule: Classes will be held on weekdays.

Session Duration: Each session will be 1 hour long.

Course Duration: 20 Weeks

Class notes are provided every day after each session to reinforce learning and provide additional reference material

Sign Up for Updates and Enrollment:

Quick questions? Reach us via WhatsApp:

+91 8884 884 844

Frequently Asked Questions:

To register, connect with us on WhatsApp at +91884 884 844

Classes for the Protocol Testing Course will be held online using Zoom.

There will be two projects as part of the Protocol Testing Course: one manual testing project and another focused on developing a test automation framework.

 

Please contact us through WhatsApp at 8884 884 844 to know about the next batch start dates.

Classes will be held from Monday to Friday.

Each session will last 1 to 1.5 hours.

Extra classes may be scheduled on weekends if required.

Batch timings for each batch depend on slot availability. Please contact us through WhatsApp at 8884 884 844 to know about the timings of the next batch.

Sajith Achipra is the trainer and testing consultant at Zframez Technologies, bringing over 15 years of experience in networking, Python, development, and testing. Since 2009, he has been dedicated to helping students and professionals enhance their skills through comprehensive offline and online courses. Sajith’s teaching method emphasizes a blend of theoretical knowledge and practical exercises, ensuring that learners are well-prepared for real-world challenges.

For any training and testing inquiries, you can reach him on WhatsApp at +91 8884 884 844.

The course fee is 50,000 INR.

Yes, you can attend demo classes before registering for the Protocol Testing Course.

Yes, we provide corporate training for L2 L3 Protocol Testing and Automation.

Yes, Zframez provides recruiting services for both permanent and contract positions in the field of protocol testing.

Yes, we conduct mock interviews every week to prepare you for commonly asked protocol testing interview questions.

Yes, we provide Python training. Prior knowledge of a programming language is not required, but familiarity with any language like C, TCL, or Perl will be advantageous.

A minimum of 20 hours of sessions are required to complete the Python training.

Yes, we provide TCL training, but as there is more demand for Python, you need not prepare for both.

The Protocol Testing Course is designed to provide comprehensive training in testing network protocols used in routers, switches, PCs, printers, firewalls, modems, and other devices. It covers both manual and automated testing methods, with a focus on Layer 2 (L2) and Layer 3 (L3) protocols

L2 L3 Protocol Testing training focuses on testing protocols that operate at Layer 2 (Data Link Layer) and Layer 3 (Network Layer) of the OSI model. This includes learning to configure and test protocols like Ethernet, ARP, IP, ICMP, OSPF, BGP, and more using manual and automated methods.

The Protocol Testing Course is an in-depth program that equips you with the skills to test and verify network protocols. It covers networking fundamentals, protocol configuration and testing, automation with Python, and practical lab exercises. The course also includes projects and interview preparation to help you succeed in the field of protocol testing.

This course is ideal for aspiring network engineers, freshers with a BE/BTech/Masters/Bachelors in Computer Science or IT, networking professionals, IT professionals looking to expand their skills, certification seekers (like those pursuing CCNA or CCNP), and anyone with a keen interest in networking and protocols.

Further Reading: