Join us for our Oakland Winter Fest Open House and Maryland Child Identification Program. Stop by Oakland Masonic Lodge #192 located at 3 S. First Street to see our Winter Fest Ice Sculpture. Come inside and warm up with a hot cup of cocoa. As the world’s oldest and largest fraternal organization, Freemasonry today is built on Brotherly Love, Relief, and Truth. Through fellowship, charity, education and leadership, Freemasons are making their lives – and their communities, stronger by the day. Masons are a part of bringing good men together.
The Maryland Masonic Child Identification Program is a comprehensive identification and protection program designed to give families a measure of protection against the increasing problem of missing children. This program is provided "free of charge" to every Maryland family who wishes to participate.
The Maryland Masonic Child Identification Program follows the exact protocols established by The National Center for Missing and Exploited Children – the agency responsible for the "Amber Alert" national response system. We collect every bit of data law enforcement officials require when a child is reported as missing or abducted, and provide it to the parent or guardian.
We do not retain any of the information collected. Our computers are certified as such for your child’s protection. The completed packet contains a CD with the child’s name address, height, weight eye and hair color, description of distinguishing marks, notes on any health issues, birth date, parent/guardian contact information, several photos, digital fingerprints and a brief video interview of the child talking on camera. A cheek swab is also used to collect a sample of the child’s DNA (parents of younger children may opt to do the DNA sample at home). All of the above is placed into an easily recognizable envelope and given to the parent/guardian for safekeeping.
Date and Time
Saturday Feb 15, 2014
9:00 AM - 5:00 PM EST
Saturday, February 15th 10am-5pm
Location
3 S. First Street Oakland, MD 21550
Fees/Admission
$0