Ashley Phelps

By Stefanie Gluckman with Ashley Phelps | May 2011

California is poised to make great progress, and has an opportunity to leverage the tremendous potential of information technology to improve health and wellness outcomes for vulnerable populations, particularly children and youth living in foster care.  Recent technology and policy developments have created an environment in which it is possible to transform the delivery of care by linking systems, programs, and providers, allowing decision-makers efficient access to the information necessary to provide comprehensive care to the whole child.Building on two previous reports, this Issue Brief summarizes the potential for electronic information exchange to enhance care coordination and improve outcomes, highlights current efforts at the state and local level to achieve these results, and raises a few policy issues that, if resolved, would facilitate movement toward the goal of appropriate information exchange between programs and providers to serve vulnerable youth.

Download this Issue Brief.

By Stefanie Gluckman with Ashley Phelps | February 2010

The need for efficient and effective coordination of care to adequately serve children living in foster care is broadly acknowledged by experts in the field. This Roadmap describes how information technology and the electronic exchange of information can be used as a powerful tool to improve the coordination of care and provision of services for children living in foster care in California.

After presenting alternative models for an electronic system that facilitates information sharing between providers in the foster care system, and considering the technical, financial, and political opportunities that exist for moving this effort forward, this Roadmap recommends concrete steps that the State and other key stakeholders can take toward improving outcomes for children in foster care through the use of information technology.

Download the Full Roadmap  (PDF, 1.2 MB).

Download the Executive Summary  (PDF, 184 KB).