Running head: LAN Network Design 1
LAN Network Design Project
Student’s Name
Course Title
Institution Affiliation
Date
, LAN Network Design 2
Abstract
This report presents a comprehensive, enterprise-grade network architecture for an eight-
story university residence hall, designed to meet the dual requirements of administrative
functionality and residential service delivery. The proposed design implements a segmented,
security-first approach utilizing Cisco-exclusive hardware, logical network isolation, and
advanced policy enforcement. Key features include physical and logical separation of
administrative (Floors 1–2) and residential (Floors 3–8) zones, guest network isolation, Active
Directory-integrated authentication, and a high-availability core. The design is substantiated by
contemporary research in network security and segmentation best practices, ensuring alignment
with modern standards for educational and residential network infrastructure. A detailed bill of
materials, implementation rationale, and deployment checklist are included to facilitate
procurement and execution.
Introduction
The digital infrastructure of a modern university residence hall must support a diverse set
of users administrative staff, residential students, and guests while maintaining stringent security,
performance, and availability standards. This project outlines the design of a secure, multi-
service network for the University Honor Residence Hall, an eight-story facility with
administrative offices on Floors 1–2 and student apartments on Floors 3–8. The mandate
specifies the exclusive use of Cisco network equipment, with pricing referenced from CDW.com.
The core design principle is segmentation, both physical and logical, to isolate sensitive
administrative systems from high-density residential traffic and untrusted guest access. This
LAN Network Design Project
Student’s Name
Course Title
Institution Affiliation
Date
, LAN Network Design 2
Abstract
This report presents a comprehensive, enterprise-grade network architecture for an eight-
story university residence hall, designed to meet the dual requirements of administrative
functionality and residential service delivery. The proposed design implements a segmented,
security-first approach utilizing Cisco-exclusive hardware, logical network isolation, and
advanced policy enforcement. Key features include physical and logical separation of
administrative (Floors 1–2) and residential (Floors 3–8) zones, guest network isolation, Active
Directory-integrated authentication, and a high-availability core. The design is substantiated by
contemporary research in network security and segmentation best practices, ensuring alignment
with modern standards for educational and residential network infrastructure. A detailed bill of
materials, implementation rationale, and deployment checklist are included to facilitate
procurement and execution.
Introduction
The digital infrastructure of a modern university residence hall must support a diverse set
of users administrative staff, residential students, and guests while maintaining stringent security,
performance, and availability standards. This project outlines the design of a secure, multi-
service network for the University Honor Residence Hall, an eight-story facility with
administrative offices on Floors 1–2 and student apartments on Floors 3–8. The mandate
specifies the exclusive use of Cisco network equipment, with pricing referenced from CDW.com.
The core design principle is segmentation, both physical and logical, to isolate sensitive
administrative systems from high-density residential traffic and untrusted guest access. This
