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Case Study: Anatomy of a System Upgrade
By Gary Dupont
Fall, 2004
Background:
The MASCO Services Inc. (MSI) contact center is the hub for many medical
institutions in the greater Boston
area. It triages thousands of
medically related calls each day for hospitals and physician practices and
provides paging and answering services for hundreds of health care
professionals. MSI is also
responsible for the activation, inventory, and billing of over 6,000 pagers.
Additionally,
the contact center handles area wide communications for emergency situations in
the Longwood Medical Area (LMA) of Boston. The
LMA is home to numerous medical, academic, and scientific facilities.
The MSI contact center is the focal point of the alert system, linking the LMA medical and academic institutions
with the Joint Operations Center (JOC) responders.
The JOC emergency command center is manned by teams representing the
medical and academic institutions within the LMA.
The JOC notifies city and state partners such as the Boston Emergency
Management Agency and reports the nature and location of an emergency in the LMA.
The
Decision:
MSI reviewed the Automatic Call Distribution (ACD) and operator console/paging
gateway systems in place and determined that enhanced functionality would allow
them to provide additional services to its customers in a more efficient manner.
MSI decided to upgrade the existing Avaya PBX/ACD system.
This was completed in February 2004.
The
focus then shifted to evaluating operator console/paging gateway/telephone
answering service integrated systems. MSI
sponsored focus groups comprising of Boston area telecommunication managers
whose institutions used various systems. This
information was invaluable in drafting a comprehensive RFP.
Several excellent vendor proposals were received and reviewed carefully.
The decision was made to install the Windows-based Xtend Medical™
system to replace the Xtend DOS products that served MASCO Services and its
members so well over the past ten years.
Keys
to Success:
Detailed planning and preparation for this project was paramount to its success
and was necessary to limit downtime. MSI
worked closely with the Xtend project team and radio-paging vendors to ensure
code paging (medical emergency) would not be impacted.
Educating and soliciting
feedback from the MSI staff was also a high priority.
Xtend and MSI trainers developed detailed training plans and testing to
ensure effective knowledge transfer. Each
contact center representative received a minimum of ten hours of one-on-one
training. Select accounts were
ported over to the new system, which ran in concert with the existing DOS
application. "Being able to work
on the new platform using select accounts gave service representatives the
additional "hands-on" training that was key to maintaining service
objectives during the transition period" comments Kelly Nollet, customer care
representative and one of the project trainers.
New
Features:
On May 24, 2004, the Medicall™
system was placed in service. The
upgrade provided new, efficient, and enhanced services for paging, web paging,
on-call scheduling, and directory. There
is also a robust telephone answering service module; Xtend worked with MSI
closely to design the custom solution for its telephone answering service.
Xtend technical experts also played a pivotal role assisting the company
in the design of its new Local Area Network (LAN.
Some
of the new services include:
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Text messaging to most wireless devices.
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Web access to create and edit on-call schedules.
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Ability to send email messages as well as fax messages to
customers.
Another
key feature of the Xtend system is enhanced "Page Assure." Page Assure allows MSI
to receive an alert if a paging vendor has an outage or paging delay.
MSI will now be able to update that vendor's
customers of problems via the web and provide a recorded announcement about the
service impairment to touch-tone paging end-users.
According to Roland Blair, who
oversees telecommunications for MSI client, the Dana-Farber Cancer Institute,
"Although transparent, as it should be, to end-users such as physicians,
nurses, and administrators, the new system has already had a significant
positive impact at the institutional level.
One gain we will see is the ability to isolate various paging vendors
when one is experiencing a service problem," said Blair.
He also noted that MSI and DFCI
[Dana-Farber Cancer Institute] purchase pagers from multiple vendors for back up
and redundancy. In the past, when
one vendor's services were malfunctioning, all end-users were affected and
re-routed to the page operator. "With
the new system that won't happen...we are able to segregate the paging vendor
having the problem and alert specific end-users of that problem."
The potential also exists, in the near future, for integrating the MSI
web paging system with other Boston
hospitals that work closely with MSI customers.
Gary
DuPont is Director of Telecommunications and Customer Care at MASCO (Medical
Academic and Scientific Community Organization, Inc.).
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