GREENWOOD VILLAGE, Colo.
, Aug. 14, 2012 /PRNewswire/ -- Some 57 percent of CIOs surveyed earlier this year by InformationWeek said their biggest worry was that they couldn't "implement fast enough." For those looking to implement customer information systems at gas, water or electric utilities, Ciber has created a pre-integrated and prepackaged solution built on SAP technology that can be completed in one year using a streamlined configuration process. During a one-hour webinar slated for broadcast on
Wednesday, August 15
, utility IT professionals will learn about Ciber's quick success methodology from
, vice president of the consulting company's SAP practice, and
from SourceGas, who managed her utility's customer information systems (CIS) implementation. To reserve a spot in the Webinar register
or go to
and click on the "Efficient Utilities Webinar Series: Utility Case Study," banner in the bottom left corner of the page.
Part of Ciber's Efficient Utilities Series, the webinar will begin with Johnson presenting a case study outlining her organization's enterprise resource planning (ERP) and CIS implementation, which dramatically increased process efficiency, billing accuracy and call center metrics. Johnson, who served as project manager during the effort, will share lessons learned and keys to success. One smart move was getting stakeholders involved early on in the project.
Ciber's accelerated implementation methodology was designed to do just that, by engineers who have extensive experience implementing SAP Customer Relationship Management (CRM) and Billing for Utilities. The methodology begins by giving users access to an integrated software suite for utilities, plus it includes a modeling phase that allows users to more quickly test their own end-to-end business processes in an integrated environment. This approach is in stark contrast to traditional implementations, which typically start with an un-configured and un-integrated landscape that requires key decisions to be made with a limited view of end-to-end processes.