On-Demand Archive: Predictive Modeling for Annual Giving


$345.00
Recorded on June 21, 2016 (75 minutes)

OVERVIEW

Applying the same techniques used by meteorologists to forecast the weather or banks to evaluate someone's creditworthiness, predictive models can help annual giving and alumni relations programs prioritize prospects and identify winning segments. Modeling can help predict which individuals are most likely to respond to an appeal, attend an event, get involved as a volunteer, sign up for recurring gifts, meet with a gift officer, and more!

Register online for your entire team to learn how to use predictive models to drive success in your annual giving and alumni relations programs. 

This recording is eligible for 1.25 points of CFRE credit.  

WHAT YOU'LL DISCOVER

  • Overview of predictive modeling's purpose, terminology, processes, and applications
  • Guidelines for building your own predictive models either in-house or by outsourcing
  • Strategies for using predictive models to increase alumni engagement and annual giving
  • And more!
AGN Plus Members can get FREE webinar registration. Click here to learn more.

ANNUAL GIVING NETWORK
Annual Giving Network (AGN) helps fundraisers advance their programs and careers. Why? Because their work matters! As the world's leading resource for annual giving professionals, AGN provides access to information, ideas and training. For more information, visit AnnualGiving.com.

Prefer to pay by check? Email us at webinars@annualgiving.com and we'll email an invoice to you.

Ryan Bersani

About the Presenter

Ryan Bersani is the Senior Data Analyst at the Massachusetts Institute of Technology (MIT) where he champions the use of analytics to support strategic decision making within all areas of the Alumni Association including the Annual Fund. Previously he worked as a Data Analyst and Online Giving Manager in the Office of Annual Giving at Boston University and as a Mathematics Teacher at Boston College High School. An active speaker with CASE, he holds a degree in Mathematics from Boston University.