Module 5 – Network Information Systems (lv 5)

Executive summary

This section develops learners’ understanding of network information systems and the principles used to design, manage and configure modern networks.

Learners begin with different networking approaches and protocols, including peer-to-peer, client-server and cloud environments. They then explore network topologies, bandwidth, traffic management and network systems management.

The section progresses into protocol standards and networking models, including OSI and TCP/IP, as well as network monitoring and route analysis.

Learners then apply their knowledge to network design and configuration, developing network designs for given scenarios and documenting installation and configuration decisions.

Aims

• Understand different networking approaches.
• Explain the purpose of common network protocols.
• Evaluate network topologies.
• Understand OSI and TCP/IP models.
• Understand network monitoring approaches.
• Design networks around business requirements.
• Document network installation and configuration.

Summary of learning outcomes

• LO1 — Understand networking principles, approaches and protocols.
• LO2 — Understand network protocols, standards and monitoring systems.
• LO3 — Be able to design and configure a network for a specified scenario.

Indicative content

• Networking approaches: peer-to-peer, client-server and cloud networking.
• Protocols: purpose and application of common network protocols.
• Topologies: logical and physical topologies.
• Network management: bandwidth, traffic management and network systems management.
• Network models: OSI and TCP/IP layered models.
• Protocol standards: major protocol families and their application.
• Monitoring: network monitoring concepts, route analysis and monitoring tools.
• Network design: design processes and mapping business requirements to technical solutions.
• Installation and configuration: implementing network designs and configuring services and applications.

Assessment approach

Learning is reinforced through protocol-matching quizzes, scenario activities and short-answer tasks evaluating network choices and management approaches.

Practical assessment includes creating network designs, producing network diagrams and descriptions, and documenting installation and configuration steps with justification for technical choices.

An integrated quiz and design reflection provides an opportunity to consolidate learning across all learning outcomes.