Since construction was still in the planning phase, MCPc met with both the customer and the building architect early to define the project scope, including the number of rooms, PCs, phones, employees and students.
Using drawings of the building, MCPc then began to design the core network infrastructure, detailing where equipment would be housed and how it would be connected together. During this phase, the design for the physical building evolved numerous times; MCPc adapted and refined its recommendations to meet the customer and architect’s needs.
MCPc finalized its solution once building plans were complete, approximately 6-7 months prior to the opening of the building. While the school was being constructed, hardware was ordered, staged and configured at MCPc’s Cleveland warehouse and storage facility.
Upon building completion, the network infrastructure was installed, including a chassis-based core switch, and a number of PoE edge switches and voice-enabled routers.
From there, other hardware was installed to run off the main network. The phone and voicemail system consisted of Cisco Call Manager and Unified Communications, along with 100 VoIP phones, which were placed in faculty offices and classrooms.
Wireless Internet access was configured using a Cisco wireless control server with roughly 50 access points. By enabling WIFI throughout the building, the school was able to reduce the number of computer labs needed, and students could use their own personal laptops in the classrooms.
For security purposes, a Cisco IP video surveillance system with 15 cameras was installed. One of the first installs of its kind in the Cleveland area, this new technology records to the server, as opposed to a VCR or DVD player. In doing so, the end user is able to access the cameras from any location by logging into a secure intranet. HP standard and thin-client PCs were installed for faculty and in computer labs, respectively.
In addition, every classroom was equipped with a screen and projector, enabling basic audiovisual capabilities. Finally, the application virtualization, which was done by MCPc in the school’s previous building, was transferred to the new building.
From first meeting to final installation and quality-assurance testing, MCPc worked closely with the customer and building architects for approximately two years to successfully complete this project.