1.) Describe the purpose and function of personal computers, including software applications and Internet applications.

2.) Explain digital representations of common forms of data.

3.) Demonstrate the process of installing, verifying, and upgrading computer components.

4.) Determine appropriate components and peripheral devices to meet networking requirements.

5.) Explain how communication occurs across a local Ethernet network.

6.) Describe access layer devices and communication methods on a local Ethernet network.

7.) Differentiate between client and server interaction.

8.) Describe the various components and structure of a wireless local area network (LAN).

9.) Analyze wired and wireless networks for common hardware and connection issues.

10.) Utilize the troubleshooting process to identify and solve common problems with a LAN.

11.) Describe the purpose of a layered model to illustrate the interaction of various protocols.

12.) Utilize mathematics skills to design a LAN.

13.) Describe the process of using and connecting to an Internet service provider (ISP).

14.) Compare the various methods of obtaining an Internet Protocol (IP) address.

15.) Describe the applications of Network Address Translation (NAT) on a home or small business network.

16.) Evaluate wireless security issues and mitigation strategies for improved security.

17.) Utilize research results to determine ways to improve network security, including evaluating current network threats and methods of attack.

18.) Describe attack mitigation strategies and different security applications.

19.) Determine career and entrepreneurial opportunities, responsibilities, and educational and credentialing requirements related to networking professions.