What you'll learn:
- Understand IPv4 and IPv6 addressing fundamentals including IP address classification and subnet masks
- Master binary math basics including converting decimal to binary and vice versa
- Subnet Class C, B, and A networks using proven formulas
- Understand and implement Variable Length Subnet Masks (VLSM) for efficient IP address utilization
- Distinguish between public and private IP addresses and understand when to use each
- Learn static versus dynamic IP address assignment including DHCP and APIPA
- Solve scenario-based subnetting problems to prepare for Network+ and other networking certification exams
- Use subnetting reference tables to perform calculations quickly
- Visualize how subnets connect in real network topologies using network diagrams
- Understand DHCP server configuration and dynamic IP address assignment
- Build confidence through practice worksheets with detailed answer walk-throughs
- Prepare for networking certification including CompTIA Network+ and other certification exams
MASTER IP ADDRESSING AND SUBNETTING FROM ONE OF UDEMY'S TOP IT INSTRUCTORS
Have you struggled to understand subnetting? Watched countless YouTube videos filled with tricks, but no practical application? Felt frustrated trying to memorize formulas without understanding how they work?
You're not alone. Subnetting is one of the most challenging topics for IT professionals—and one of the most essential. Whether you're preparing for Network+ or CCNA certification, troubleshooting network issues, or designing network infrastructure, understanding subnetting is essential for your career.
This course breaks down complex subnetting concepts into simple, easy-to-follow steps using proven formulas, clear visualizations, and extensive practice that makes subnetting accessible to everyone.
WHY THIS COURSE IS DIFFERENT: PRACTICE WORKSHEETS, REFERENCE GUIDES, AND VISUAL DIAGRAMS
Unlike YouTube videos that show tricks without context or courses that only teach theory, this course gets you actually subnetting through carefully designed practice.
You'll receive multiple practice worksheets for Class C and Class B networks with detailed answer walk-throughs that show you exactly how to solve each problem step-by-step. You'll also get a 4-page subnetting reference guide with tables that make subnetting quick and easy—yours to keep and use anytime.
Every subnetting example includes visual network diagrams showing you how your calculations apply to real network designs, connecting theory to practice so you truly understand what you're doing and why.
WHAT STUDENTS ARE SAYING
"Fantastic. The only person who has managed to explain this to me in a way that makes sense. I have found this EXTREMELY difficult over the years. I am most grateful to you." — Paul ★★★★★
"Fantastic. I've spent months trying to get my head around subnetting and this course has been my saviour!" — James ★★★★★
"Excellent course! After being frustrated with YouTube videos that provided subnetting tricks but no examples of practical application, I am so happy I came across this course. The instructor here not only makes subnetting easy with simple formulas, but he also provides network diagrams where you can see the application of your subnetting exercise. I recommend this course whole-heartedly." — Jesse J ★★★★★
"Honestly one of the best subnetting lectures I came across, I saw many many hours of video on YouTube, nothing comes close to this course, worth the money and is a good place to refresh your memory." — Saif ★★★★★
WHAT YOU'LL RECEIVE IN THIS COURSE
6 Hours of Step-by-Step HD Video Instruction (Over 60 lectures across 13 comprehensive sections)
Multiple Practice Worksheets with Detailed Answer Walk-Throughs (Class C and Class B networks with complete solutions)
4-Page Subnetting Reference Guide (Downloadable reference tables that make subnetting quick and easy)
Visual Network Diagrams for Every Example (See how your subnetting calculations apply to real network designs)
Scenario-Based Subnetting Section (4 real-world scenarios designed specifically for Network+ and other certification exam preparation)
Binary Math Practice Worksheet with Solutions
Live Demonstrations (DHCP configuration on Windows Server 2016, IP address assignment on Windows, Mac, and Linux)
Complete Course Materials (Downloadable PDF versions of all lecture slides)
COMPREHENSIVE CURRICULUM: FROM IP ADDRESSING BASICS TO ADVANCED SUBNETTING
IP versus MAC Addresses: Understand the differences between MAC addresses and IP addresses, and why both are equally important in computer networking.
Understanding IPv4 Addresses and Binary Math: Learn the anatomy of an IPv4 address and master binary math basics, including converting decimal to binary and vice versa. Complete the binary math practice worksheet to build confidence.
IPv4 Addresses and Subnet Masks Deep Dive: Explore IP address classification (Class A, B, C), understand subnet masks, learn the powers of 2, distinguish public versus private IP addresses, and understand the loopback address.
Introduction to IPv4 Subnetting: Get a high-level overview of what subnetting is, why we use it, and an introduction to the subnetting reference tables that will guide your learning.
Subnetting Class C Networks: Work through three detailed examples with visualizations showing exactly how the subnets connect in real networks. Then practice with student worksheets and detailed answer walk-throughs that explain each step.
Subnetting Class B Networks: Work through three comprehensive examples, including multi-part scenarios. Complete practice worksheets with detailed answer walk-throughs that show you how to solve complex Class B subnetting problems.
Subnetting Class A Networks: Understand the unique considerations for Class A subnetting through practical examples and learn how to apply the same formulas to these larger networks.
Variable Length Subnet Masks (VLSM): Learn this advanced subnetting technique and how to implement VLSM in real networks to maximize IP address efficiency.
Scenario-Based Subnetting: Prepare for certification exams like Network+ and CCNA with four real-world subnetting scenarios complete with worksheets and walk-through solutions. These scenarios mirror what you'll encounter on certification exams.
IPv6 Fundamentals: Understand IPv6 addressing, transmission types, address types, IPv4 to IPv6 translation and compatibility, and the Neighbor Discovery Protocol.
Assigning IP Addresses: Learn static versus dynamic IP address assignment, understand IPv4 DHCP and APIPA, and see live demonstrations of configuring DHCP servers and IP assignments on Windows, Mac, and Linux systems.
THE EASY WAY METHOD: SIMPLE FORMULAS, CLEAR VISUALIZATIONS, PROGRESSIVE PRACTICE
Subnetting doesn't have to be confusing. This course uses simple formulas, clear visualizations, and progressive examples that build on each other to make subnetting easy to understand and quick to perform.
Step-by-Step Examples: Each subnetting example is broken down into manageable steps with clear explanations of why you're doing each calculation. No tricks or shortcuts that don't teach you the fundamentals.
Visual Learning: Network diagrams show you how your subnetting calculations apply to real network designs, connecting theory to practice. You'll see exactly where each subnet fits in an actual network topology.
Practice Makes Perfect: Multiple worksheets with detailed answer walk-throughs let you practice until subnetting becomes second nature. You'll work through problems on your own, then watch detailed explanations of the solutions.
Certification Exam Preparation: The scenario-based subnetting section is specifically designed to prepare you for Network+, CCNA, and other certification exams. These scenarios mirror the types of questions you'll encounter on actual exams.
BY THE END OF THIS COURSE, YOU'LL BE ABLE TO:
Understand the fundamentals of IPv4 and IPv6 addressing
Perform binary math conversions quickly and accurately
Subnet Class C, B, and A networks using proven formulas
Understand and apply Variable Length Subnet Masks (VLSM)
Distinguish between public and private IP addresses
Understand static versus dynamic IP address assignment
Configure DHCP servers and assign IP addresses
Solve scenario-based subnetting problems for certification exams
Use subnetting reference tables to subnet quickly and efficiently
Visualize how subnets connect in real network topologies
Prepare for Network+ and other certification exams with confidence
WHY LEARN IP ADDRESSING AND SUBNETTING NOW?
IP addressing and subnetting are fundamental skills for any IT professional working with networks. Whether you're troubleshooting connectivity issues, designing network infrastructure, or preparing for certifications like Network+ or CCNA, these skills are essential.
Many IT professionals avoid subnetting because they find it confusing or intimidating. This course removes that barrier by teaching you simple formulas and providing extensive practice with detailed explanations. Once you understand the fundamentals, subnetting becomes quick and easy.
The subnetting skills you learn here apply across all networking roles—from network administrators and system administrators to cybersecurity professionals and cloud engineers. Every IT professional who works with networks needs to understand subnetting.
PREVIEW OVER 1 HOUR OF THIS COURSE FOR FREE
Scroll down and click the blue "Preview" buttons on 10+ free sample lectures. See my teaching style and the Easy Way method before you enroll.
READY TO MASTER SUBNETTING THE EASY WAY?
Join over 17,500 students who've mastered IP addressing and subnetting through this course. Start subnetting with confidence today with 6 hours of step-by-step instruction, practice worksheets with answer walkthroughs, and a 4-page reference guide.
See you inside the course!
Alton
