Network Engineer
Network engineer
About This Course
Build a strong foundation in network engineering with hands-on training in networking concepts, protocols, and real-world configurations. This course covers LAN/WAN, TCP/IP, routing, switching, firewall management, network security, and tools like Cisco Packet Tracer. Prepare for roles in IT infrastructure by learning to design, implement, and troubleshoot enterprise networks confidently.START...
Show moreWhat you'll learn
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Understand core networking concepts, OSI/TCP-IP models.
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Configure and manage switches, VLANs, and routers.
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Design IP addressing schemes with IPv4 and IPv6.
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Implement static/dynamic routing and IP services.
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Secure networks using ACLs, firewalls, and VPNs.
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Deploy and secure wireless and WAN technologies.
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Monitor and troubleshoot networks using professional tools.
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Build and document enterprise-grade network projects.
Course Curriculum
Learn the core concepts of computer networking, network topologies, and IP addressing to build a strong foundation.
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Day 1 – Introduction to Networking
readWhat is networking and why it matters Network types: LAN, WAN, MAN, PAN Overview of network devices (routers, switches, firewalls)
Day 2 – OSI & TCP/IP Models
readOSI 7-layer model explained TCP/IP protocol stack overview Data encapsulation process
Day 3 – IP Addressing Basics
readIPv4 classes and addressing Private vs public IPs Lab: Assigning IP addresses
Day 4 – Subnetting & CIDR
readSubnet masks and CIDR notation Lab: Subnetting exercises
Day 5 – IPv6 Fundamentals
readStructure of IPv6 addresses Benefits and transition from IPv4 Lab: Configure IPv6 addresses
Day 6 – Network Topologies
readStar, mesh, bus, and hybrid topologies Choosing the right topology for a network
Day 7 – Basic Network Design Lab
readBuild a simple LAN with addressing plan Verify connectivity between devices
Understand Layer 2 networking, configure switches, and segment networks using VLANs.
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Day 8 – Switching Concepts
readLayer 2 vs Layer 3 switching MAC address table operations
Day 9 – Basic Switch Configuration
readInitial switch setup Lab: Configure hostname, IP, and passwords
Day 10 – VLAN Fundamentals
readBenefits of VLAN segmentation Lab: Create and assign VLANs
Day 11 – VLAN Trunking
readAccess vs trunk ports Lab: Configure VLAN trunks
Day 12 – Inter-VLAN Routing
readRouter-on-a-stick setup Lab: Configure inter-VLAN communication
Day 13 – Spanning Tree Protocol
readSTP concepts and loop prevention Lab: Verify STP operation
Day 14 – Switching Mini Project
readDesign a LAN with VLANs and routing Verify inter-VLAN connectivity
Configure static and dynamic routing protocols, DHCP, DNS, and NAT for scalable networks.
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Day 15 – Routing Fundamentals
readStatic vs dynamic routing Lab: Configure static routes
Day 16 – Dynamic Routing Protocols
readOSPF, RIP, EIGRP overview Lab: Configure OSPF in a multi-router network
Day 17 – Route Summarization
readBenefits of summarization and default routes Lab: Configure summary routes
Day 18 – DHCP Configuration
readAutomating IP address assignment Lab: Configure DHCP on routers
Day 19 – DNS Basics
readName resolution process Lab: Configure a DNS server
Day 20 – NAT & PAT
readTranslating private to public IPs Lab: Configure NAT/PAT on routers
Day 21 – Routing Mini Project
readBuild a routed network with DHCP and NAT Test connectivity across subnets
Secure networks with ACLs, firewalls, VPNs, and encryption to prevent unauthorized access.
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Day 22 – Network Security Fundamentals
readThreats and best practices Security layers and policies
Day 23 – Access Control Lists (ACLs)
readStandard and extended ACLs Lab: Configure ACLs for traffic filtering
Day 24 – Firewall Concepts
readTypes of firewalls (stateful vs stateless) Lab: Configure basic firewall rules
Day 25 – VPN Technologies
readSite-to-site and remote access VPNs Lab: Configure a basic IPsec VPN
Day 26 – Network Encryption
readSymmetric vs asymmetric encryption Lab: Secure data with encryption
Day 27 – Security Mini Project
readSecure a network using ACLs and VPN Test firewall and encryption policies
Deploy wireless networks, secure Wi-Fi, and configure WAN connections for enterprise networking.
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Day 28 – Wireless Networking Basics
readWi-Fi standards (802.11) and SSID setup Lab: Configure a wireless network
Day 29 – Wireless Security
readWPA2/WPA3 authentication methods Lab: Secure Wi-Fi with encryption
Day 30 – WAN Technologies Overview
readMPLS, leased lines, broadband VPN as WAN alternative
Day 31 – QoS Fundamentals
readQuality of Service concepts Lab: Configure QoS policies
Day 32 – WAN Redundancy & Failover
readHigh availability and backup links Lab: Implement WAN redundancy
Day 33 – Wireless & WAN Mini Project
readDesign a wireless + WAN network Configure security and QoS
Monitor, analyze, and troubleshoot network performance using tools and structured methodologies.
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Day 34 – Network Monitoring Tools
readSNMP, NetFlow, Syslog overview Lab: Configure monitoring on a router
Day 35 – Troubleshooting Methodologies
readCommon issues and step-by-step approach Lab: Use ping and traceroute for diagnostics
Day 36 – Packet Capture & Analysis
readUsing Wireshark for traffic inspection Lab: Capture and analyze packets
Day 37 – Performance Optimization
readIdentifying bottlenecks and tuning configs
Day 38 – Network Documentation
readCreating topology diagrams and configs Lab: Document a sample network
Day 39 – Troubleshooting Mini Project
readDiagnose and fix issues in a lab network
Apply everything learned to build, secure, and troubleshoot a complete network while preparing for job roles.
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Day 40 – Capstone Project Planning
readDefine network requirements and design architecture
Day 41 – Building the Network
readConfigure switches, routers, and IP addressing
Day 42 – Implementing Security
readApply ACLs, firewalls, and VPNs
Day 43 – Testing & Troubleshooting
readVerify connectivity and fix issues
Day 44 – Documentation & Optimization
readDocument network setup and optimize performance
Day 45 – Final Presentation & Career Prep
readPresent project Resume building and interview guidance
Frequently Asked Questions
You can apply for entry-level to intermediate roles such as Network Engineer, Network Administrator, or NOC Engineer.
Yes, the curriculum aligns closely with CCNA and CompTIA Network+ concepts.
Yes, the course includes multiple labs and a full capstone project simulating real-world networks.
Absolutely. It starts with networking basics and gradually moves to intermediate topics.
You can progress to senior roles like Network Security Engineer, Cloud Network Engineer, or Network Architect with further experience and certifications.
$ 176.40252.0030% OFFCourse Includes:
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7 Topics
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45 Lessons
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45 Articles
Sai Chaitanya
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