Course Snapshot for CNG101 - Introduction to Computer Networking
The information listed below is subject to change. Please review the course syllabus within your online course at the start of class.
Course Competencies
The competencies you will demonstrate in this course are as follows:
- Describe the use of OSI and TCP/IP layered models.
- Describe the nature and roles of protocols, services, and devices at the OSI and TCP/IP layers.
- Describe current network addressing.
- Implement various addressing schemes.
- Describe Ethernet LAN concepts, media, and operations.
- Configure network routers, switches, and wireless devices for SOHO and enterprise sized systems.
- Build simple LANs by applying cabling and addressing schemes.
Module Outcomes Mapped to Competencies
Module 1 Learning Outcomes |
Mapped to Course Competencies (above) |
| Describe network applications and protocols. | 2 |
| Compare client/server and peer-to-peer network models. | 2 |
| Identify key hardware devices and physical topologies. | 2 |
| Explain the OSI model. | 1 |
| List safety practices when working with networks. | 6 |
| Solve a networking problem using the seven-step troubleshooting model. | 1 |
| Describe computer addressing. | 3 |
| Identify the functions of host names and domain names. | 3 |
| Explain the purpose of ports and sockets at the OSI Transport layer. | 1 |
| Describe how IP addresses are assigned and formatted. | 1 |
| Solve network address issues using command-line tools. | 4 |
| Describe the functions of key TCP/IP protocols. | 2 |
| List the purposes and properties of routing. | 2 |
| Implement TCP/IP utilities for network discovery and troubleshooting. | 2 |
Module 2 Learning Outcomes |
Mapped to Course Competencies (above) |
| Explain the best cable-installation techniques. | 6 |
| Summarize the management of network power sources. | 6 |
| Describe NIC and Ethernet interfaces. | 5 |
| Use a network map to troubleshoot network devices. | 6 |
| Define basic data-transmission concepts. | 5 |
| Identify the physical and transmission characteristics of various common cables. | 5 |
| Compare and contrast the uses of various networking media. | 7 |
| Match each cabling type with its proper connectors, converters, and couplers. | 7 |
| Devise solutions to common cable problems. | 7 |
Module 3 Learning Outcomes |
Mapped to Course Competencies (above) |
| Predict wireless transmission obstacles and the resulting repercussions. | 6 |
| Describe the components of WLANs. | 6 |
| Explain various WLAN transmission methods. | 6 |
| Set up wireless access points and their clients. | 6 |
| Identify wireless security concerns. | 6 |
| Solve common WLAN problems. | 6 |
| Summarize aspects of cloud computing. | II |
| Set up a remote connection to a network. | 6 |
| Describe VPNs and their protocols. | 2 |
| Give examples of methods of encryption that secure data in storage and transit. | 2 |
| Explain how user-authentication protocols function. | 2 |
| Identify common WLAN connectivity and security issues. | 6 |
Module 4 Learning Outcomes |
Mapped to Course Competencies (above) |
| Identify a network's security risks. | 7 |
| Summarize the elements of an effective security policy. | 2 |
| Set up security measures when designing a network. | 7 |
| Describe ways to protect against malware risks and infections. | 7 |
| Summarize the main concepts of network management. | 2 |
| Assess network performance using logs. | 7 |
| Explain how unified communications affects network performance. | 2 |
| Describe common quality-of-service techniques. | 6 |
| Solve network availability issues. | 6 |
Module 5 Learning Outcomes |
Mapped to Course Competencies (above) |
| Summarize the methods of TCP/IP network design. | 2 |
| Describe virtualization, including virtual network components. | 2 |
| Explain ways to use virtual components in VLANs. | 6 |
| Describe switches, including popular switching techniques. | 6 |
| Explain how to incorporate VM into VLANs. | 6 |
| Summarize uses for WANs. | 7 |
| Compare various WAN topologies. | 7 |
| Describe WAN technologies. | 6 |
| Explain WAN transmission and connection methods. | 7 |
| Summarize wireless WAN technologies. | 6 |
| Describe solutions for problems with WAN connections. | 7 |
| Explain the architecture of an industrial control system. | 6 |
| Identify best practices for managing network assets. | 6 |
| Devise change management procedures for network changes. | 6 |
| Explain ways to physically control access to secure areas. | 2 |
Course Time Commitment and Expectations
For every credit hour, students should plan to spend an average of 2-3 hours per week for course-related activities in a 15-week course. For example, a 3 credit hour course would average an average 6-9 hours per week to read/listen to the online content, participate in discussion forums, complete assignments, and study the course material. For 10 and 6-week courses, the amount of time per week will be higher so all course competencies, module outcomes, and assignments will be covered.
Aside from typical reading assignments, this course has the following (Please Note: This list is subject to change based on the discretion of the instructor facilitating this course.):
Assignment | Points |
% |
|---|---|---|
| Discussions (10 @ 20 points each) | 200 | 20% |
| Quizzes (5 @ 20 points each) | 100 | 10% |
| Assignments (13 @ 40 points each) | 520 | 52% |
| Final Project Parts (4 @ 20 points each) | 80 | 8% |
| Final Project (1 @ 100 points each) | 100 | 10% |
| TOTAL | 1000 | 100% |
CCCOnline Course Quality Commitment
CCCOnline goes to great lengths to assure the quality of your online learning experience. You can expect the following from our courses:
- All CCCOnline courses are developed by content experts and a professional team of instructional designers.
- CCCOnline courses are built with a template that assures accessibility and Quality Matters Design Standards.
- There is navigation consistency across all CCCOnline courses.
- Most of our courses come with illustrative models and videos to enhance learning concepts.