Python for Network Engineers (Network Automation) + DEVASC 200-901

We have come up with this beautiful combo of Python for Network Automation Training + Official DEVASC 200-901 Training.

Because we understand how important is to learn Python from scratch before jumping in DEVASC/DEVNET field.

Highlights of the Training

Python for Network Engineers (Network Automation) + DevNet is for those who want to be one step ahead of the crowd

Please note: This training will cover Python from scratch and focus on Network Automation with 100% content of Official 200-901 DEVASC (DevNet Associate) content!


  • Understanding of Cisco networking devices is required or say basic CCNA knowledge is required.
  • Understanding of programming or Python is NOT required.


  • We have customized our training so that students can learn Python and Automation easily and use the same in their daily work environment.
  • Network Automation is the PRESENT and FUTURE!
  • Focus on Network Automation using Python Programming 
  • Don't worry - no need to be afraid of Python anymore
  • Specifically for Network Engineers
  • 20% Theory and 80% Practicals
  • Hands-on practicals
  • Ask your doubts live
  • Total Duration - 45 Hours Training
  • Get a recording of the class every day
  • You need 8GB minimum RAM or 16 GB if possible to install EVE-NG on your systems

Note: You will be provided with CCNA recorded course as complimentary before your Python for Cisco Network Engineers (Network Automation) if you need it!


Total Duration 45 Hours 


Most Affordable Python for Network Engineers (Network Automation + DevNet) Training in the world

Meet your Trainer

Mr. AB has delivered 12000+ hours of training Internationally in past 8 years

His student base ranges from Global Offshore Clients, Defense Institutions, International Government Organizations, Top Private Universities, Air Traffic controllers, Networking Professionals working in core production and Engineering students from around the globe.

His Certifications:

  • Cisco Certified Network Associate CCNA 200-301 [2020]
  • Cisco Implementing and Operating Cisco Enterprise Network Core Technologies (ENCOR) 350- 410
  • Cisco DevNet Associate - Developer Certification (DEVASC 200-901)
  • Developing Applications using Cisco Core Platforms and APIs (DEVCOR 350-901)
  • Cisco Implementing Automation for Cisco Enterprise Solutions (ENAUI) ENAUTO 300-435
  • Juniper Automation and DevOps, Associate (JNCIA-DevOps) (JN0-221)
  • Juniper Cloud Associate (JNCIA-Cloud JN0-211)

His Professional Skills:

  • Cisco Certified Network Associate (Routing & Switching, Security, Data Center, CyberOps, Design Architecture, Service Provider)
  • Cisco Certified Network Professional (Routing & Switching, Security, Design Architecture, Data Centre)
  • CompTIA A+, N+, S+
  • Cisco Certified DevNet Associate
  • Cisco Certified DevNet Professional
  • Wireshark Certified Network Analysis
  • F5 Solutions
  • Python for Cisco Network Engineers
  • ACI Architecture & Automation

His Technical Skills:

  • Routing Protocols: RIP, IGRP, OSPF, EIGRP, BGP
  • Switching: VLANs, VTP, STP, RSTP, MST, IVR, ROAS, EtherChannel, CEF, HSRP, VRRP, GLBP
  • WAN Protocols: BGP, MPLS, MVPN, DMVPN, QoS, Traffic Engineering.
  • Security: Cryptography, ACL, IDS, IPS, ESA, WSA, VPN, AMP, DLP, RBAC,
  • VPN: Site-to-site, Remote-access, Split Tunnel, AnyConnect, EZVPN, GETVPN (Client and Clientless)
  • Data Centre & Automation: Python, REST, NETCONF, YANG, MDP, Ansible, VCS, ACI, SD-WAN, DevOps, Software Development Methodologies, TDD
  • Hands-on experience on Cisco Routers 29xx, 28xx, 7200, 26xx, 36xx, ASRxx
  • Hands-on experience on Cisco switches 2950, 2960, 3550, 3560, 3750, Nexus 50xx, 70xx, 90xx series modular switches
  • Firewalls & Load Balancer: ASA 5505, FTD, ISE, ESA, WSA, Checkpoint, Palo Alto, F5

A few Clients for whom Mr. AB has taken training:

  • Cisco, Australia
  • Arab Bank, Jordan
  • Aramco, Saudi Arabia
  • Advantor Systems, UK
  • Bank of Sierra Leone
  • Bank De Formento, Angola
  • Valiant Integrated, UK
  • Vodafone, UK
  • Ministry of Communication and IT, Afghanistan
  • IBM, India
  • Power Distribution Services, Ghana
  • Oil India Limited, India
  • Ministry of Home Affairs, India
  • Aricent, India
  • African Development Bank Group, Angola
  • British Telecom, UK
  • Colt Technologies, India
  • Orange Business Services, India
  • and many more confidential clients..

Practical Labs to be covered

  1. Practice the effects of fundamental Python commands
  2. Program Python data structure
  3. Create Python scripts to interact with files
  4. Write scripts to demonstrate Python loops and conditional code
  5. Create a Python script
  6. Share files using Git and GitHub
  7. Write Python Functions
  8. Write Python code of Modules and Packages
  9. Implement Python code in IDEs
  10. Debug and test Python code
  11. Parse API Data Formats with Python
  12. Inspect HTTP Protocol Messages
  13. Create, execute, and validate a Python script with an IDE
  14. Explore and validate automation protocols
  15. Perform a configuration change on an IOS XE device with the RESTCONF API
  16. Perform a configuration change on an IOS XE device with the NETCONF API
  17. Perform a configuration change on an ASA device with the REST API
  18. Use Postman for deploying configuration on ASA-OS
  19. Troubleshoot existing Python scripts with an IDE
  20. Use Git for Version Control

Please note: If required we will give you CCNA 200-301 recordings before the course for revision This content has been planned in such a way that it will help the experienced network engineers in learning Network Automation using Python easily as well as for the freshers who have already done CCNA/CCNP but want to learn Automation using Python

Benefits of Attending Python for Network Engineers (Network Automation) Training

1. Learn about evolution of Software Defined Networks

2. Get ready for DevNet 200-901 Exam

3. Learn Python from scratch and enough for a Network Engineer as it is becoming more valuable skill in the Industry

4. Hands-on labs for provisioning Network Devices using Python

5. Build your own lab using Industry Standard Development Environment

6 Learn about Network Automation Protocols and APIs like REST API, NETCONF, RESTCONF, etc

7. Chance to become Network Automation Engineer

As the IT industry is speeding up to automate their Network as the term Network Automation has created a trend majorly since the tech-giant in the networking industry Cisco, has launched some of the newly announced IT certifications, many companies are moving forward for implementing automation in their network infrastructure.

Although many automation initiatives fails because best practices aren’t followed. The increased efficiency is certainly a benefit of network automation, the decision to automate should be driven by business goals & the need for more reliable and scalable network.

Some of the valid reasons to implement network automation :-

• Reduce Errors - Production networks are always exposed to human errors and automating repetitive manual processes will minimize errors and help keep the network functioning at an optimal level.

• Make the Network More Dynamic - By automating manual updates & changes, you can optimize network performance and accelerate the rollout of new services and applications in your infrastructure.

• Simplify Network management - Many network management processes are not performed regularly because they’ve handled manually, which takes a lot of time and drains resources. Network automation makes it possible to perform these processes more frequently, reducing the risk of network failure and downtime.

• Optimize Performance - Network Automation also privileges you to use third party applications that supports monitoring tools which alerts admins for performance issues, high resource utilization levels, and errors on the network for which you can design event-driven workflow to drive down configuration changes or resource allocations. It also allows you to perform and report upon service-level agreement tasks with greater speed and accuracy.

• Free-Up IT Staff for Higher-Value Tasks - Without automation, all management, maintenance, troubleshooting and monitoring tasks must be handled manually by IT staff which can be automated with the help of configuration management mechanisms.