EPIC Evaluation:
Measuring Community Change
Cynthia Matthias, Program Evaluator, College of Education and Human Development,
University of Minnesota
Mike Greco, Director, Resilient Communities Project, University of Minnesota
EPIC Evaluation: Measuring Community Change Cynthia Matthias, - - PowerPoint PPT Presentation
EPIC Evaluation: Measuring Community Change Cynthia Matthias, Program Evaluator, College of Education and Human Development, University of Minnesota Mike Greco, Director, Resilient Communities Project, University of Minnesota Overview Ripple
Cynthia Matthias, Program Evaluator, College of Education and Human Development,
University of Minnesota
Mike Greco, Director, Resilient Communities Project, University of Minnesota
Ripple Effects Mapping (REM): what it is, why it’s useful in this context Resilient Communities Project (RCP) evaluation findings Using evaluation findings to inform the evolution of RCP
What project-specific and community-wide changes result from RCP partnerships? What’s working well from partner perspectives? What could we do to improve the partnership experience for communities? Is the program making good on its promises to partner communities?
Interrogating our program model using:
Developmental evaluation approach—incorporate ongoing feedback into program processes in real time
Method: Ripple Effects Mapping--reflecting on work, collecting data
Approach: Appreciative Inquiry
Post-Session Follow-Ups
Generate a map during the REM session
Note: We used XMind software, but could do low-tech version with Post-Its + flipcharts
Recontextualizing REM data for RCP program improvement
Group discussion surfaces lots of information Structure helps participants think about outcomes systematically Participants connected ideas and events they hadn’t before Sessions produced a tangible reminder of the partnership ⇢ validation of all the work partner communities did Sessions give partner communities a chance to “air grievances” Helped RCP recognize consistent challenges across communities Generated metadata about projects
It’s hard to get a bunch of busy people in the room at the same time The projects represented are the ones you hear about Time is short, and revelations are incomplete Staff dynamics have a strong impact on success of these sessions
Adopting new policies Undertaking new programs and initiatives Incorporating new design ideas Hiring new staff
Floating unpopular or “radical” ideas Raising awareness of an issue Creating opportunities to engage with the public
Monetary savings from process efficiencies and cost-beneficial solutions Laying groundwork to engage professionals more effectively/efficiently Providing professional-level assistance more cheaply (sometimes at the
expense of consultants)
Ultimately, a good return on investment
Workload associated with RCP projects Projects that lead to “less useful” results Projects assigned to unwilling/unmotivated staff Staff turnover resulting in lack of continuity/follow-through Information overload
Validated many of the “benefits” claimed for the EPIC model
(. . .and highlighted contingencies that can intervene)
A lot of impactful program work happens before students begin work on projects (the pre-work can make or break a partnership) Many outcomes involve changes in how staff see, think about, and do things Some staff found the demands of the partnership overwhelming Some partners were unable to fully capitalize on the partnership
VS.
Scale and length of partnerships (“deep immersion”) Pre-partnership preparation
Non-course based assistance
○ Reaction to presentation and key takeaways ○ Next steps ○ Resources to assist (poster, project brief, community presentation…)
Ripple Effects Mapping Emery, M., Higgins, L., Chazdon, S., & Hansen, D. (2015). Using Ripple Effect Mapping to Evaluate Program Impact: Choosing or Combining the Methods That Work Best for You. Journal of Extension, 53(2), n2. Kollock, D. H., Flage, L., Chazdon, S., Paine, N., & Higgins, L. (2012). Ripple effect mapping: A" radiant" way to capture program impacts. Journal of Extension, 50(5), 1-5. Chazdon, S., Emery, M., Hansen, D., Higgins, L., & Sero, R. (2017). A Field Guide to Ripple Effects Mapping. https://conservancy.umn.edu/handle/11299/190639
University of St. Thomas
Marshall Curry, EPIC-N Program Associate, University of Oregon
. www.rcp.umn.edu @RCPumn rcp@umn.edu www.epicn.org @epicn.org @EPICNtweet