Compensation 990
OrganizationsEmployeesBoard MembersGrantsContractorsTop RankingsPricing

Stay updated on 990 organization compensation

© 2026 Civic Register LLC

Compensation 990 is an independent service that uses public IRS Form 990 filings as its source data. We clean and standardize this information, but the original filings may contain errors or omissions. Years on this site refer to the organization’s fiscal year end date on the filing.

About•Report a discrepancy•Your privacy choices
Employees National Charity League Inc. San Diego Sandy Potter

Sandy Potter

Vice President, Philanthropy at National Charity League Inc. San Diego

Fiscal year ended May 31, 2025. Published on January 25, 2026.

$0
2025

Total compensation

Sandy Potter has been listed as an employee of National Charity League Inc. San Diego in Form 990 filings since fiscal year 2025.

Annual compensation details

$0
Vice President, Philanthropy
2025

Compare the compensation of Sandy Potter to:

2025

Other employees at National Charity League Inc. San Diego

Tanette Fillmore
Vice President, Inclusion
$0
Shannon Briley
Compliance Officer
$0
Jenna Wittkow
Former President
$0
Debbie Hanoch
Secretary
$0
Jennifer Edstrom
Vice President, Membership
$0
Shannon Briley
President-Elect
$0
Paige Kratz
Communications
$0
Tracy Hoogenberg
Treasurer
$0
Kendall Goldstein
President
$0
Loading rankings…
Loading related profiles…

Revisions to this profile

January 25, 2026:
2025 National Charity League Inc. San Diego 990 published

Get an email update when compensation for Sandy Potter is updated

Related Jobs

View more jobs
Powered by Talroo
Report a discrepancy →

Other people named Sandy Potter

2025
Employee
Sandy Potter
Volunteer Interfaith Caregivers of Corvallis Inc
$0
Board Member
Sandy Potter
Bass Rocks Golf Club
$0
Board Member
Sandy Potter
The Childrens School for Child-Centered Education Inc.
$0
Board Member
Sandy Potter
Atlanta Technology Angels
$0
Board Member
Sandy Potter
The Concord Education Fund Inc.
$0
Employee
Sandy Potter
Masters Ranch
$0