For your HIT$274$ project, it looks like you'll need to create a detailed and interconnected network design using Packet Tracer, ensuring that each student's network contributes to the overall scenario. Here's a breakdown of how you could approach this project:

Scenario and Design

Scenario Selection:

Choose a scenario that allows for complex network designs. For example, you might design a network for a large university with multiple campuses, where each campus represents a different student's network. Alternatively, you could go with a multinational corporation with branch offices in different countries.

Network Design:

Minimum Requirements: Ensure your design includes at least $4$ wired routers and $6$ switches, with $10$ end devices, including servers with DNS services.

Redundancies: Implement redundant paths between routers and switches to ensure network reliability.

Overall Layout: Coordinate with your group to ensure each member's network complements the others. For instance, one member could focus on the main headquarters, another on a branch office, another on the data center, and the last on the remote office or cloud connectivity.

Routing: Use appropriate routing protocols $($e$.$g$.,$ OSPF, EIGRP$)$ and configure static routes as needed.

Wireless Integration: Include a Wireless LAN with at least $3$ wireless devices, ensuring proper connectivity with wired devices.

Security: Secure your network components with passwords, firewall settings, and access control lists. Consider implementing WPA$2$ on your wireless network and securing access to routers and switches.

Report Structure

Cover Page: Include the project title, group number, and members' names.

Content Page: List all sections with page numbers.

Introduction:

Background: Describe the chosen scenario and the rationale behind the network design.

Aim: State the objectives of your network design.

Design:

Overall Layout: Clearly define each student$$s contribution and the design logic.

Redundancies: Explain the redundancy mechanisms in place.

Routing: Detail the routing protocols and configurations used.

Wireless: Describe the wireless network setup.

Security: Explain the security measures implemented.

IP Addressing: Discuss the IPv$4($with VLSM$)$ and IPv$6$ addressing schemes used.

Connectivity: Use screenshots to demonstrate connectivity between your network, other team members$$ networks, and the WWW server.

Conclusion and Further Work: Summarize the project and suggest potential improvements or future enhancements.

Tips for Collaboration

Consistent Design: Make sure that all networks use a consistent design approach, especially in terms of IP addressing and security configurations.

Regular Meetings: Hold regular meetings to update progress and ensure that all networks can interconnect seamlessly.

Documentation: Keep detailed documentation of your design choices, configurations, and any troubleshooting steps.

By following this approach, you can create a well$-$structured and cohesive network that meets all the project requirements. Good luck with your project!