About Course
IP Subnetting
Welcome to the Network Fundamentals course — the perfect place to start your CCNA journey. You’ll learn how networks work, what devices do, and how data travels through them. With clear lessons, simple examples, and hands-on labs, you’ll get the practical skills needed to move confidently into more advanced networking topics.
About
The Network Fundamentals course introduces the key concepts every network engineer must understand — from the OSI model and network layers to common devices like switches, routers, and firewalls. You’ll explore real-world topologies, learn how to read packet flows, and even build your own homelab with Cisco Modeling Labs (CML) or EVE-NG.
Each section builds on the previous one, making sure you develop both theoretical understanding and practical skills. By the end, you’ll know how to explain, design, and test small network setups confidently.
What you’ll learn
- Understand how networks communicate: Learn how devices exchange data and how each OSI layer contributes to that process.
- Recognize core network devices: Discover how switches, routers, firewalls, and other components fit into a network.
- Measure and analyze performance: Learn about bandwidth, latency, and throughput, and how to optimize them.
- Build and test your own homelab: Get guided practice using Cisco Modeling Labs and EVE-NG.
Skills you’ll gain
Who is this for?
Perfect for absolute beginners and anyone preparing for the Cisco CCNA 200-301 exam. No prior experience required — just curiosity and motivation to learn how networks really work.
What you’ll learn
- Understand IPv4 structure: Learn how IP addresses work and what role the subnet mask plays in dividing networks.
- Master subnetting math: Convert IP addresses into binary and calculate subnet ranges easily.
- Use faster methods: Learn shortcuts and predictable patterns to find subnets without doing complex binary operations.
- Design better networks: Understand and apply VLSM to allocate IPs efficiently in real-world designs.
Skills you’ll gain
Who is this for?
Perfect for CCNA students and junior network engineers who want to master subnetting once and for all. No advanced math needed — just curiosity and practice.
Learning Objectives
- Why do we need IP Subnetting?
- Converting IP addresses into Binary
- The Subnet Mask
- Finding the Subnet ID
Learning Objectives
Hubs, Bridges and Switches
- Routers and L3 Switches
Load Balancers
- ……….
- ……….
Generic topologies – Ring, Star, Bus
Small Office Home Office (SOHO)
- ……….
- ……….
Course Content
Network Components
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Hubs, Bridges and Switches
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Routers and L3 Switches
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Load Balancers
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Proxy Servers
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Endpoints (End Devices)
Network Topology Architectures
Student Ratings & Reviews
