1. Campus Software Deployment Solution
Classroom Coursework Scheduling and Management

2. Campus LAN server should be at least 100/1000 capable
Network Blueprint: 
Clients need to be 10/100 and
 virtually compatible
Campus LAN server should be at least 100/1000 capable
A fiber backbone between
The cloud and LAN ensure low latencey uploads, deployments and software updates. Domain names need to be allocated with permissions for every group and user virtually.

3. Implementation:
 Software services to help manage business finances, operations, and customer relations. Its services suit both medium and large-sized businesses with consolidated ERP
Enterprise relationship management. ERM software makes it easy for the enterprise to control and keep track of which systems and resources each user has access to and provides consistent standards for creating and changing passwords.
Microsoft Active Directory is used as an LDAP directory server by Oracle Database.

4. Auth. for proprietary applications are managed via S.S.O.
The school's switch to Fiber   means the existing servers may need to use fiber-ethernet adapters from the MDF to IDF's and need at least Cat5e/Cat6 onward to the WiFi antennas & wall outlets for end clients.   
Network Administration can use a heat map to ensure proper antenna placement and coverage.
A proper timeline for the upgrade should take no longer than 90days.
Each campus needs a solid fiber  backbone, high speed routers, and virtually complaint clients with high bandwidth NIC's installed. 
Cloud solutions are normally the best choice when deploying software to many clients simultaneously. 
Auth. for proprietary applications are managed via S.S.O.
Connect Microsoft Azure Active Directory/Cisco LDAP, GOOGLE, to take advantage of the school's file access on each subnet securely side-stepping user-managed passwords and headaches associated with them. 
Centralized access control will keep groups and users quarantined to only the directory they have permissions for. 
Existing servers on each campus can be used to encrypt and keep sensitive data like student files, System images, back-ups and other sensitive networking protocols. Future-proofing the campus backbone with as much high speed medium can keep the schools network able to deliver software as a service to end client's that are already scheduled for replacement. 

5. Tech Overview
Servers, switches, routers and end clients network capabilities need to meet or exceed gigabit standards in order to deliver software as a solution via cloud. 
Implementing a Single Sign On Server and Active Directory will give I.T. Administration a leg up when deploying software to file servers, end- clients and directory permissions. 
Applications can also divide the subnets and I.P. Addresses accordingly. Separating groups can help I.T. administer seamlessly.

6. Solution  Address:
I.T. management can now provide clients with self-service tools to design s, build workflows, and publish online forms share files, deploy updates, permissions and group policy from a central directory without losing network integrity. Regular back-up are also made on the fly with daily task scheduler executions and bug reporting. 
LDAP-compliant directory server included with Windows server Active Directory stores all information, including users, groups, and policies. Active Directory also stores information about network resources, Network attached storage, name resolution protocols, and makes this information available to application users and network administrators. Active Directory enables users to access network resources with a single login. The scope of Active Directory can range from storing all the resources of a small computer network to storing all the resources of several wide areas networks (WANs). Azure is easily integrated with a cisco/oracle solution to streamline active directory navigation.

7. Conclusion
Keeping the upgrade cost as sensible as possible allowed us to focus on the campus backbone's ability to serve end clients with any software. 
The design, overview, opportunities, implementation, solution and process change was done as smoothly as possible utilizing existing hardware. 
Securing user/group documents file servers and protocols via encryption on local storage ensures shared access to critical resources in any power outage, or gateway malfunction. 
Other safeguards like APU's, RAID storage, ISO's, Snapshots and performance monitoring can keep things humming for years to come.