Basic Networking
Basic Networking
Overview
The Basic Computer Networking course provides a strong foundation in networking concepts, technologies, and infrastructure used in modern IT environments. This course is designed for beginners who want to understand how computer networks are designed, built, and operated in homes 🏠, offices 🏢, and enterprise environments.
The training covers fundamental networking topics such as network types, topologies, hardware devices, cabling, wireless networking, Ethernet standards, and basic network communication principles. After completing the course, learners will be able to understand how networks function and communicate effectively with networking and IT teams.
Key Features
🌐 Strong Fundamentals — Covers core networking concepts including LAN, WAN, MAN, CAN, and wireless networks
🔌 Hardware Understanding — Detailed knowledge of networking devices such as hubs, switches, routers, firewalls, NICs, and cabling
🗺️ Network Design Concepts — Explains network topologies, connectivity models, and site-to-site designs
⚡ Ethernet & Media Knowledge — In-depth coverage of Ethernet standards, speeds, cabling categories, and fiber optics
📡 Wireless Networking Basics — Covers wireless modes, Wi-Fi standards, and wireless mesh concepts
✅ Standards Awareness — Introduces IEEE standards, RFCs, and global networking organizations
😊 Beginner-Friendly — No prior networking experience required
Course Content
Module 1: Networking Fundamentals & Basics
- Lesson 01: Fundamentals of Computer Networking
- Lesson 02: Key Duties of a Network Engineer
- Lesson 03: Defining a Computer Network
- Lesson 04: The Importance and Necessity of Networking
- Lesson 05: Essential Hardware for Building a Network
- Lesson 06: Desktop vs. Network Operating Systems (NOS)
- Lesson 07: Overview of Popular Network Applications
- Lesson 08: Understanding LAN and WAN Architectures
- Lesson 09: Exploring CAN and MAN Networks
- Lesson 10: Network Models: Peer-to-Peer vs. Client/Server
- Lesson 11: Comparing Centralized and Distributed Network Models
- Lesson 12: Defining Internet, Intranet, and Extranet Concepts
Module 2: Network Protocols & Standards
- Lesson 13: Introduction to Network Protocols
- Lesson 14: Proprietary vs. Open Standard Protocols
- Lesson 15: The Role of RFCs (Request for Comments)
- Lesson 16: Global Organizations Governing Internet Standards
Module 3: Network Topologies – Core Concepts
- Lesson 17: Core Concepts of Network Topology
- Lesson 18: Physical vs. Logical Topology Explained
Module 4: Wired Topologies – Bus, Star, Ring & Mesh
- Lesson 19: Examining the Bus Topology
- Lesson 20: Examining the Star Topology
- Lesson 21: Overview of Mesh, Ring, and Hybrid Structures
- Lesson 22: Characteristics of Partial-Mesh Topology
- Lesson 23: Characteristics of Full-Mesh Topology
- Lesson 24: Pros and Cons of Full-Mesh Networking
- Lesson 25: Understanding the Ring Topology
- Lesson 26: The Mechanics of Dual Ring Topology
Module 5: Advanced & Hybrid Topologies
- Lesson 27: Implementation of Hybrid Topologies
- Lesson 28: Hierarchical Tree Topology Explained
- Lesson 29: Point-to-Point and Point-to-Multipoint Connections
Module 6: Wireless Networking Fundamentals
- Lesson 30: Wireless Networking: Benefits and Limitations
- Lesson 31: Ad-Hoc Wireless Network Configuration
- Lesson 32: Infrastructure Mode in Wireless Networks
- Lesson 33: Understanding Wireless Mesh Solutions
Module 7: SOHO & Enterprise Network Environments
- Lesson 34: Introduction to SOHO (Small Office/Home Office) Networks
- Lesson 35: SOHO vs. Enterprise-Grade Network Environments
- Lesson 36: Infrastructure Hardware and Common Diagram Icons
Module 8: Core Networking Devices
- Lesson 37: Networking Basics: What is a Hub?
- Lesson 38: Operational Differences: Bridges and Switches
- Lesson 39: Networking Basics: What is a Router?
- Lesson 40: Security Basics: What is a Firewall?
- Lesson 41: HQ and Branch Office Connectivity Models
- Lesson 42: Site-to-Site Design: Hub and Spoke Model
- Lesson 43: Site-to-Site Design: Partial-Mesh Connectivity
- Lesson 44: Site-to-Site Design: Full-Mesh Connectivity
- Lesson 45: The Function of the NIC (Network Interface Card)
Module 9: Network Cabling & Ethernet Technologies
- Lesson 46: Overview of Network Cabling Varieties
- Lesson 47–53: Twisted Pair Cables (STP/UTP), Standards (568A/568B), Pinouts, Auto-MDIX
- Lesson 54–57: Signaling (Baseband/Broadband), Duplex, Access Control (CSMA/CD, CSMA/CA)
- Lesson 58–60: IEEE Organization & 802 Family (incl. 802.11 Wi-Fi)
- Lesson 61–72: Ethernet Fundamentals, Media Standards, Fast/Gigabit/10G Ethernet (Copper & Fiber)
- Lesson 73–75: Power Line Communication, Power over Ethernet (PoE) & Deployment
Module 10: Fiber Optics & Legacy LAN Technologies
- Lesson 76: LAN Technologies: Token Ring Legacy
- Lesson 77–82: Fiber Optic Infrastructure (Pros/Cons, Physics, Anatomy, SMF/MMF, Types)
- Lesson 83–84: Fiber Optic Transceivers (SFPs) & Common Connectors
- Lesson 85: LAN Technologies: Fibre Distributed Data Interface (FDDI)
Course Objectives
After completing this course, you will be able to:
- 🧠 Understand basic computer networking concepts and terminology
- 🔍 Identify different types of networks and their use cases
- 📤Explain how data is transmitted across wired and wireless networks
- 🌀 Understand network topologies and connectivity models
- ⚙️ Recognize the role and function of common networking devices
- 🌿 Understand cabling standards, Ethernet technologies, and fiber optics
- 📈 Gain foundational knowledge required for advanced networking studies
Job Opportunities After Completing the course
This course prepares you for exciting entry-level IT and networking roles such as:
- 🛡️ Network Support Engineer
- 🖥️ IT Support Executive
- 💻 Desktop Support Engineer
- 🔧 Network Technician
- 🏗️ System Support Engineer
Ready to become the next networking hero? Here’s a fun cartoon technician fixing networks!