As previously shared, the district has a new facilities management system called MasterLibrary Schedules (MLS), which now serves as our replacement for the Virtual Event Management System (EMS).
For those that need to reserve district spaces, please read through this post and familiarize yourself with the basic instructions for logging into, and learning how to use, this new system.
MasterLibrary is currently used within the district for building maintenance and IT requests via ML Workorders. Staff will use their same district Google login credentials when accessing MLS.
MasterLibrary Schedules (MLS) direct link (https://mi50.mlschedules.com)
Once logged in, the facility request procedures are similar to our previous system (EMS). However, to further assist you with navigating the new platform, here are a few resources that you may find helpful:
- Basic User Quick Start Guide
- Getting Started Guide – Training Videos, Glossary, FAQ
- Make a Request (Video)
- Using the Calendar
- Additional Reports
To reiterate, effectively immediately, Virtual EMS has been phased out and all staff members must make facility usage requests in MLS by going directly to https://mi50.mlschedules.com (feel free to bookmark), click Log in with Google and sign in with their current district Google account creds. 
Once your ML Schedules account is created, you can immediately start making facility reservation requests. Booking confirmations or other communications regarding your request(s) will automatically be sent to your district email.
Additional resources:
- Add a Shortcut to Your Desktop
- Submitting a Tech Request in ML Workorders
- Staff Tech Request (Link)
- web page of this announcement https://links.pccsk12.com/MLSchedulesinfo
All requests for building space will need to be made ONLINE directly through MLS and will no longer be processed manually by Facilities.
– For questions or issues relating to booking FACILITIES, please email Marie Rogers.
– For AUDITORIUM / THEATER usage, please email Paul Bird.
– For any technical issues with MLS, please follow the instructions above for reaching out to IT.
Please note, we will be offering several virtual drop-in sessions via Google Meet throughout the month of August for interested staff. Revisit this page as it will be updated with those dates and times.
Thank you in advance for your patience as the district rolls out this new facilities reservation platform. With hundreds of requests coming through on a daily basis, your booking requests and any questions that you may have about MLS will be addressed as quickly as possible.










Phishing is a digital form of social engineering that uses authentic-looking emails to trick users into sharing personal information. It usually includes a link that takes the user to a fake website. If you cannot verify the source, do not open the link. Report suspicious messages to your IT team.
Social media exploitation is where the attacker uses information found on a user’s social media profiles to create a targeted phishing attack.
Fake IT Support calls are a common form of impersonation where someone pretends to be an authorized user or administrator in an attempt to gain illicit access to protected data systems. The attacker has enough information to sound credible, and they ask the user for some bit of information that will allow the attacker to gain access to the desired system.
Scareware is a type of baiting where the use of false alarms or fictitious threats lure the user into a trap. One example is the attacker convincing a user that their system is infected with malware and that they should install software granting remote access. Another example is the attacker claiming to have sensitive videos which will be released if the user does not pay.
Tailgating, also known as “piggybacking”, is where an unauthorized person manipulates their way into a restricted area, such as impersonating a well-known role (e.g., delivery driver or custodian worker) or asking a user to “hold the door”.
Shoulder surfing is where an unauthorized person stands near a user to get the user’s password or other data from the user’s computer monitor.
