About the course

This course is over 7+ hours in length and will cover all aspects of IPv4. Students will learn IP addressing, Subnetting, VLSM, Route Summarization, and Wildcard Masking. The course will also show students how to assign IP addresses to PC’s and Routers. Students will gain an understanding of the TCP/IP properties such as gateways, DNS, WINS, and the use of alternate addresses. This is a lecture based course using a whiteboard and hands on labs using Cisco’s Packet Tracer. My method will make you feel like you are sitting in a classroom environment and give you some hands on experience. Handouts and labs will be available to facilitate learning and practice. My IP course will help you in becoming comfortable with, not only IPv4, but it will also help you in preparing for any networking certification and Computer Science Degrees; not to mention the fact that for those that are already working in the field, it will help you in calculating IP addresses without a calculator.

Once you finish my course on IP’s, you will have a strong grasp of IPv4. Students will be able to create and implement an IP addressing scheme, assign IP addresses to PC’s with proper subnetmask, gateways if needed, DNS and WINS. You will also learn how configure an IP address on a routers interface through the CLI, and finally test the network for connectivity using various commands.

The understanding of IP’s is an essential element for a Network Professional. This course will prepare you for any networking certification such as N+, CCNA, CCNP and MCSE.

 IP is the core of networking and mastering this knowledge will make you efficient, valuable and an asset in a Networking environment.

Who Should Attend?

This course is intended for anyone that is preparing for a network certification or Computer Science Degrees. However, it does go beyond that, it is also intended for those Network Professionals that are already in the field and need to master IPv4.

Lesson 1: Introduction to IP addresses
Lesson 2: Assigning IP addresses
Lesson 4: Introduction to subnetting
Lesson 5: Class-Full Subnetting
Lesson 6: Class-Less Subnetting or VLSM
Lesson 7: Route summarization or Supernetting
Lesson 8: Wildcard Masking
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