Network Administration Track

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Network Administration Track

The Network Track program is designed to equip participants with the foundational and advanced skills needed for network infrastructure and management. Starting with CCNA 200-301, you’ll gain a solid understanding of networking fundamentals. Moving on to ENCOR 350-401, you’ll delve into core enterprise technologies and automation. Finally, ENARSI 300-410 will sharpen your skills in advanced routing and services, preparing you for real-world networking challenges.

Network

Track Benefits

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Practical Learning

Practical Learning

Practical Learning

No more theory-only sessions! Apply what you learn in a real-world environment. With over 55 hands-on labs, you'll gain the practical experience needed to confidently enter the job market.

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Career and Technical Consulting

Career and Technical Consulting

Career and Technical Consulting

Don't stop at training! Receive professional and technical consultations from our seasoned experts to help you advance your career, achieve your goals, and excel in your professional journey

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Interview Preparation

Interview Preparation

Interview Preparation

Get detailed, well-prepared questions designed to guide you through job interviews with confidence. Our comprehensive guide provides key insights, expert tips, and valuable advice, ensuring you excel. Whether a seasoned pro or just starting, approach interviews with poise

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Expert Instructor

Expert Instructor

Expert Instructor

Learn from an expert! Our trainer, with 12+ years of experience at top companies, shares insights and advice. Join the Systems Management course for hands-on training, giving you the practical skills needed to excel in your career. Don't miss this opportunity!

Network Track Programs

  1. Network Fundamentals :
  • Network devices: Learn how routers, switches, and cables work in a network.
  • Network structures: Understand different types of network layouts (like star or mesh).
  • IPv4/IPv6: Set up IP addresses, subnetting, and know private vs public IPs.
  • TCP vs UDP: Know the difference between these two main types of network communication.
  • Wireless & virtualization: Learn how wireless networks work and basics of virtual machines.
  • Switching: Understand how switches handle data in a network.
  1. Network Access :
  • VLANs: Create and manage virtual networks (VLANs) across switches.
  • Switch connections: Ensure switches are connected properly.
  • Network discovery: Use tools to find and connect devices in a network.
  • EtherChannel: Combine multiple links for better speed.
  • Spanning Tree: Prevent loops in the network.
  • Wireless networks: Learn how wireless systems (access points, controllers) work.
  • Device access: Manage network devices remotely using SSH, Telnet, etc.
  1. IP Connectivity :
  • Routing: Learn how routers decide where to send data.
  • Static routing: Manually set routes for data.
  • OSPF: Use a common routing protocol (OSPF) to manage data flow.
  • Redundancy: Ensure backup routers take over if the main one fails.
  1. IP Services :
  • NAT: Allow multiple devices to share one public IP address.
  • DHCP & DNS: Automatically assign IPs and resolve domain names.
  • SNMP & Syslog: Monitor and log network activity.
  • QoS: Prioritize certain types of network traffic (like video).
  • SSH: Set up remote access securely.
  1. Security Fundamentals :
  • Basic security: Learn how to protect against threats and vulnerabilities.
  • Passwords & VPNs: Set secure passwords and learn about VPNs for secure remote access.
  • ACLs: Control what data is allowed in and out of the network.
  • Wireless security: Protect Wi-Fi using WPA2 and WPA3.
  1. Automation & Programmability :
  • Automation: Use tools like Ansible to automate network management.
  • Software-defined networks (SDN): Learn how modern networks use controllers.
  • APIs: Understand how APIs are used to automate network tasks.
  • AI in networking: Learn how AI helps predict and manage network issues.
  1. Architecture :
  • Enterprise Network Design: Learn about 2-tier, 3-tier, fabric, and cloud network designs.
  • High Availability: Use techniques like redundancy and failover (FHRP, SSO) to keep networks up.
  • Wireless Design: Understand wireless models (centralized, cloud, etc.) and handle client density and location services.
  • Cisco SD-WAN: Learn how Cisco SD-WAN works and its pros and cons.
  • Cisco SD-Access: Understand how Cisco’s SD-Access solution operates.
  • Quality of Service (QoS): Learn how to manage network traffic for both wired and wireless networks.
  • Switching Mechanisms: Understand hardware/software switching like CEF, CAM, and adjacency tables.
  1. Virtualization :
  • Virtualization Technologies: Learn about hypervisors (type 1 & 2), virtual machines, and virtual switching.
  • Virtualization of Network Paths: Set up technologies like VRF and IPsec tunneling.
  • Network Virtualization: Understand the key concepts behind virtualizing networks.
  1. Infrastructure :
  • Layer 2 (Switching): Troubleshoot and configure trunking, EtherChannel, and Spanning Tree Protocols (RSTP, MST).
  • Layer 3 (Routing): Compare and configure advanced routing protocols like OSPF and EIGRP. Set up eBGP between neighbors and understand policy-based routing.
  • Wireless: Learn about wireless signal strength, interference, access point (AP) modes, and roaming. Troubleshoot WLAN using the GUI.
  • IP Services: Understand and configure services like NAT, DHCP, and DNS.
  1. Network Assurance :
  • Network Troubleshooting: Use tools like ping, traceroute, SNMP, and syslog to diagnose network issues.
  • NetFlow: Set up and verify Flexible NetFlow to monitor traffic.
  • SPAN: Use SPAN/RSPAN/ERSPAN to capture network traffic.
  • IPSLA: Configure and verify IPSLA to measure network performance.
  • Cisco DNA Center: Learn how to use DNA Center for network configuration and monitoring.
  1. Security :
  • Device Access Control: Set up security for accessing network devices.
  • Infrastructure Security: Configure security features like firewalls and VPNs.
  • API Security: Understand how to secure REST APIs.
  • Wireless Security: Set up and verify security for wireless networks.
  • Network Security Design: Learn the main elements of designing secure networks.
  1. Automation :
  • Python: Learn basic Python for network automation.
  • JSON: Understand how to create and use JSON files for data.
  • Data Modeling (YANG): Learn about network data models like YANG.
  • APIs: Understand how APIs are used in Cisco DNA Center and vManage.
  • REST API: Interpret REST API responses in Cisco DNA Center and RESTCONF.
  • Automation Tools: Learn about automation tools like Chef, Ansible, and Puppet, and compare agent-based and agentless tools.
  1. Layer 3 Technologies :
  • Routing Protocols: Troubleshoot routing issues like administrative distance, route maps, and loop prevention (split horizon, route poisoning). Work with redistribution between protocols and manage summarization.
  • Policy-Based Routing: Set up and verify routing based on policies.
  • VRF Lite: Configure customer separation.
  • Bidirectional Forwarding Detection (BFD): Understand how BFD works to detect failures.
  • EIGRP: Troubleshoot EIGRP, including IPv4/IPv6, load balancing, and stubs.
  • OSPF: Work with OSPF versions 2 and 3, handling neighbor relationships, different network types, and area types.
  • BGP: Troubleshoot BGP (internal/external), manage peer relationships, and control paths using policies and filtering.
  1. VPN Technologies :
  • MPLS: Understand MPLS operations and Layer 3 VPNs.
  • DMVPN: Set up and verify dynamic multipoint VPNs, using technologies like GRE, mGRE, IPsec, and spoke-to-spoke connections.
  1. Infrastructure Security :
  • Device Security: Troubleshoot security using AAA (TACACS+, RADIUS), access control lists (IPv4, IPv6), and unicast reverse path forwarding (uRPF).
  • Control Plane Policing (CoPP): Manage device security for protocols like Telnet, SSH, and BGP.
  • IPv6 First Hop Security: Secure IPv6 networks using features like RA guard and DHCP guard.
  1. Infrastructure Services :
  • Device Management: Troubleshoot device access (console, SSH, Telnet) and file transfers (FTP, SCP).
  • SNMP & Logging: Use SNMP and logging tools to troubleshoot network problems.
  • DHCP: Troubleshoot DHCP for both IPv4 and IPv6.
  • IP SLA: Diagnose network performance issues like jitter and delay using IP SLA.
  • NetFlow: Use NetFlow to monitor and troubleshoot traffic flow.
  • Cisco DNA Center: Use DNA Center for network monitoring and assurance.

Practical Labs

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