Become A Network Professional In 3 Months

  • Develop a comprehensive understanding of networking concepts and enterprise network architecture.
  • Gain hands-on experience configuring cisco routers, switches, and enterprise networking services.
  • Master ip addressing, subnetting, vlans, routing, switching, and network troubleshooting.
  • Learn dynamic routing protocols such as rip and ospf used in enterprise environments.
  • Understand wan technologies, wireless networking, and network security fundamentals.
  • Build practical skills in network design, implementation, monitoring, and maintenance.
  • Strengthen analytical and troubleshooting skills through enterprise networking labs.
3 Months ₹22,999 ₹16,999
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Course Overview

Networking is the foundation of modern IT infrastructure, connecting computers, servers, cloud platforms, and enterprise applications across local and global networks. This comprehensive 3-month Networking Training Program is designed to provide students with in-depth knowledge and practical skills in designing, configuring, securing, and troubleshooting enterprise networks using Cisco technologies. The program covers networking fundamentals, the OSI and TCP/IP models, IPv4 and IPv6 addressing, subnetting, routing and switching, VLANs, inter-VLAN routing, static and dynamic routing protocols, WAN technologies, network services, wireless networking, network security, redundancy, network monitoring, and enterprise network design. Through extensive hands-on labs using Cisco Packet Tracer and real-world networking scenarios, students will develop the technical expertise required for professional networking careers and CCNA-level networking skills.

Course with Live Project

No Refund Available

extensive hands-on networking labs: configure routers, switches, routing protocols, vlans, wan technologies, and enterprise network services through practical exercises.

industry-relevant technologies: learn ipv4, ipv6, tcp/ip, vlans, stp, etherchannel, rip, ospf, dhcp, dns, nat, acls, and wireless networking.

real-world network troubleshooting: diagnose and resolve network failures using cisco ios commands and troubleshooting methodologies.

enterprise network design: design, configure, and secure enterprise-level network infrastructures.

Project-based Learning: Implement Complete Networking Solutions Through Real-world Case Studies And Capstone Projects.

Career-oriented Curriculum: Build Professional Networking Skills Aligned With Ccna Certification And Enterprise Networking Job Roles.

Interview & Certification Preparation: Resume Building, Mock Interviews, And Guidance For Cisco Certification.

Course Content

  • • what is network, types of network types of topologies and cables: network structure, types of cables, designing cables according to its use case

  • • central and end devices, network security devices

  • • osi model, tcp model

  • • tcp and udp protocols, network management protocols, http protocols

  • • ipv4 address, ipv6 address, static and manual ips

  • • designing the network topologies

  • • designing a simple network using devices and cables on the lab

  • • static routing, dynamic routing

  • • webserver, dns, email server

  • • implementing telnet, implementing ssh

  • • vpn tunneling, nat, implementing voip service on our network

  • • introduction to vlan, configuring vlan on switch

  • • creating bootable drive, installing window using bootable drive, installing window using system disk

  • • installing linux on virtual machines, installing linux using bootable drives

  • • operating system, types of operating system, difference between various os, introduction to cli

  • • linux fundamentals, introduction to its architecture introduction to linux commands: pwd, permission, mkdir, top

  • • static and dynamic routing, network classification using vlan

Skills Developed with Networking Course

Advanced Routing Technologies: Learn advanced routing protocols such as ospf, eigrp, and bgp used in enterprise and service provider networks. develop the skills to design, configure, and troubleshoot complex routing environments for efficient data communication.
Advanced Switching Technologies: Understand advanced switching concepts including vlans, inter-vlan routing, spanning tree protocol (stp), and etherchannel. learn how to optimize network performance, improve redundancy, and enhance scalability in enterprise networks.
Wan Technologies: Learn how wide area networks (wans) connect geographically distributed offices and data centers. gain knowledge of wan solutions, leased lines, mpls, sd-wan, and other technologies used for long-distance network communication.
Vpn Technologies: Understand how virtual private networks (vpns) provide secure communication over public networks. learn to configure and manage vpn solutions that protect data transmission and enable secure remote access.
Network Security: Learn advanced network security concepts, including firewalls, intrusion detection and prevention systems (ids/ips), access control mechanisms, and security best practices. develop the skills needed to protect network infrastructure from cyber threats and unauthorized access.

Career Opportunities After Networking Course

This course opens doors to multiple high-demand career paths across industries.

Network Engineer:

Designs, implements, and manages computer networks to ensure reliable and secure communication across an organization. they configure routers, switches, and network services while troubleshooting complex network issues.

Network Administrator:

Responsible for the day-to-day management and maintenance of network infrastructure, including monitoring performance, managing user access, and ensuring network availability. they help keep network operations running smoothly and securely.

Network Security Engineer:

Protects network infrastructure from cyber threats by implementing firewalls, vpns, intrusion detection systems, and security policies. they continuously monitor network activity and respond to security incidents to safeguard organizational data.

Noc Engineer:

Works in a network operations center (noc) to monitor network performance and availability around the clock. they identify, troubleshoot, and escalate network issues to minimize downtime and maintain service reliability.

Cloud Network Associate:

Supports the deployment and management of networking services in cloud environments such as aws, azure, and google cloud. they assist with configuring virtual networks, cloud connectivity, and network security solutions for cloud-based infrastructure.

Why Enroll in Networking with Solitaire Learning

Beginner-friendly Learning: Start with cloud fundamentals and gradually progress to advanced networking, administration, and security concepts.
Practical Lab-based Training: Gain hands-on experience through real-world cloud projects, virtual labs, and troubleshoot exercises.
Industry-recognized Certification: Receive certification upon course completion to validate your networking knowledge and practical skills.
Exposure To Industry Tools: Work with cli, putty, linux, nmap and other industry-relevant networking technologies.
Flexible & Career-focused Learning: Learn at your own pace with structured modules, expert guidance, practical assignments, and career-oriented training designed to prepare you for network-related job roles.
Frequently Asked Questions

Have Questions About This Course?

Find answers to the most common questions learners ask before enrolling.

Computer networking is the connection of multiple devices to share data and resources. It can be through wire or wireless both.

An IP address is a unique identifier assigned to devices on a network. It is of 2 types IPv4 and IPv6. It is required to access the internet.

LAN: Local Area Network within a small area WAN: Wide Area Network covering large geographical areas

A router connects different networks and forwards data packets between them. It provides IP address to our systems connected to the networks.

A switch connects devices within the same network and transfers data efficiently. It contains 24 ports used to connect multiple systems to the network.

DNS (Domain Name System) converts domain names into IP addresses.

The OSI model is a 7-layer framework used to understand network communication. It tells us how data travels from one system to another in a network.

TCP is reliable and connection-oriented UDP is faster but connectionless

Bandwidth is the amount of data that can be transferred over a network in a given time.

A firewall filters and monitors network traffic to improve security.
Course FAQ

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