Ansible for Network Engineers: Quick Start GNS3 & Ansible

🌟 Course Headline: Ansible for Network Engineers with GNS3, Ansible, and Cisco IOS: Learn Network Automation & Programmability – The Future is Now! 🌟

Introduction to the Course: Hey there, Network Engineer! Are you itching to dive into network automation using Ansible but feeling lost in the sea of information? Well, you've come to the right place! This course is your fast-track to mastering Ansible for Cisco networks with GNS3. Say goodbye to the old ways and hello to a future where your networks can be programmed as efficiently as your servers!

Why This Course? There are countless Ansible courses out there, but most of them lead network engineers down the server administration path. Not this one! We're here to keep you focused on your core expertise – networking. This course is tailored specifically for network engineers looking to expand their skill set with Ansible and GNS3, ensuring you stay relevant in a rapidly evolving industry.

A Practical Approach: Enough theory! You'll find that this course cuts to the chase, providing you with practical, hands-on demonstrations from the get-go. We'll configure Cisco routers and switches within GNS3, set up VLANs across multiple switches, and deploy OSPF on a router – all within minutes of starting.

Troubleshooting with Ansible: Imagine being able to pull MAC address table information from an entire network of switches in seconds, and then filtering it down to a single MAC address with a simple regular expression. This is the power of Ansible, and you'll learn how to wield it effectively.

Mastering Network Programmability: This course goes beyond mere introduction. You'll dive deep into using SSH, Ansible Network modules, Playbooks, and ad hoc commands to programmatically configure Cisco network devices. It's time to add this essential skill to your repertoire.

Real-world Examples: We believe in learning by doing. That's why we've packed the course with real-world examples that demonstrate how Ansible can be used to automate and manage Cisco networks efficiently and effectively.

Testimonials from Past Students: Don't just take our word for it – here's what some of our satisfied learners have said:

• "Knowing the material from just the first video would have saved me hours of work in the past."
• "This course is the easiest, most fun, and most valuable on Python Programming for Networking. Love it! Thanks again David!" – Darby Weaver
• "Excellent course with practical network configuration examples using Python."
• "Great explanation, inspiring words, and a genius approach to teaching!"
• "I've been doing network automation for years, but this course taught me new things. It starts from the basics and builds up, which is invaluable."
• "A must for all network engineers who want to learn Python! High-quality content with real-world applications."

Join Us on This Journey: Are you ready to transform your networking career? Embrace the future of network automation with Ansible and GNS3. Enroll in this course today and take the first step towards becoming a Network Automation expert. Your future self will thank you! 🚀

📆 Key Takeaways:

• Tailored for network engineers to integrate Ansible with their expertise.
• Immediate practical demonstrations from day one.
• Learn advanced troubleshooting and configuration techniques.
• Master SSH, Ansible Network modules, Playbooks, and ad hoc commands.
• Real-world examples to solidify your learning.

👩‍💻 Join a Community of Learners: Don't navigate the world of network automation alone. Become part of a community that's dedicated to mastering Ansible and GNS3 within the networking domain. Your journey towards becoming an expert network automation specialist starts here! 🤝

Enroll now and unlock your potential as a Network Engineer in the digital age! 🌐🚀

Course Review Overview

The course has garnered a range of reviews from the learners. The general consensus is that the content is clear and understandable, with many users finding the explanations helpful, especially for beginners in network automation. However, several users have highlighted issues such as outdated content, a lack of depth in some areas, and repetition. The course's focus on GNS3 rather than Ansible has also been a point of contention.

Pros:

• Clear and Understandable Explanations: Many users have praised the instructor for explaining Ansible concepts clearly and precisely, making it easier to understand for beginners.
• Real-world Application: The course is considered practical, with several users appreciating the lab exercises and the application of Ansible in real-world scenarios.
• Bonus Content: Additional content such as a separate course on Cumulus was appreciated by some learners as a valuable bonus.
• Community Support: David's Discord server has been commended for providing additional support to learners who might get stuck.
• Valuable Resource for Network Engineers: The course is seen as a great starting point for network engineers looking to delve into Ansible.

Cons:

• Outdated Content: Some users have noted that the commands and information provided are outdated or even obsolete, which could mislead learners if not updated.
• Lack of Depth in Certain Areas: There is a feeling that some sections lack detail and could benefit from more in-depth explanations and fewer repetitive examples.
• Repetition and Redundancy: Several users have pointed out that there is too much repetition throughout the course, with some content appearing to be recycled from other courses.
• Inadequate Preparation for Lab Exercises: Learners have expressed frustration over not being informed about the specific requirements for lab exercises beforehand, which could potentially prevent completion of certain tasks.
• Unorganized Structure: The flow of the course has been criticized for being disjointed, with some users feeling that the content could be better structured to facilitate a more logical learning path.
• Overemphasis on GNS3: Some reviews suggest that the course's focus on GNS3 might be excessive and that more attention should be given to Ansible itself.
• License Restrictions for CML: A notable issue is the restriction on using certain VM images in CML due to licensing, which may affect the usability of the course content.

Additional Notes:

• The order of some sections has been suggested to be improved for a better understanding of the course material.
• Some users have reported that the course helped them significantly simplify and streamline their job processes using Ansible.
• It is important for learners to note that while the content provided is valuable, additional troubleshooting and self-guided learning may be necessary due to the course's current state.

Recommendations

To enhance the learning experience, it is recommended that the course content be updated to reflect the current state of network automation with Ansible. A more structured approach to presenting the material, with a focus on Ansible theory and practical demonstrations in a Cisco network environment, would greatly improve the course's effectiveness. Additionally, providing clear information about lab exercise requirements upfront could save learners time and frustration.

Overall, while the course has its strengths in terms of clarity and real-world application, there is room for significant improvement in terms of content currency, depth, structure, and focus on Ansible versus GNS3. With these enhancements, the course could become a more reliable and comprehensive resource for learners interested in network automation with Ansible.