The Gary Sinise Foundation
PHILANTHROPIC EFFORT, 2021
NEMRA is continuing our philanthropic efforts in 2021. We will join with the Gary Sinise Foundation to “do a little more” for our nation’s military heroes and their families throughout the coming year.
Established under the philanthropic direction of actor Gary Sinise, an advocate of our nation’s defenders for nearly forty years, the Gary Sinise Foundation’s mission is to serve our nation by honoring our defenders, veterans, first responders, their families, and those in need. The foundation accomplishes its work through a number of national and local programs designed to entertain, educate, inspire, strengthen, and build communities. Gary reminds us, “While we can never do enough to show gratitude to our nation’s defenders, we can always do a little more.”
NEMRA is proud to partner with the Gary Sinise Foundation’s R.I.S.E. (Restoring Independence Supporting Empowerment) specially adapted smart homes initiative to construct one-of-a-kind homes for our nation’s most severely wounded heroes. The initiative predominantly supports post-9/11 defenders injured in combat operations or during training while performing their duties. These 100% mortgage-free homes ease the daily challenges faced by these heroes and their families who sacrifice alongside them. Learn more about Gary Sinise Foundation’s R.I.S.E. specially adapted smart homes at www.garysinisefoundation.org.
NEMRA members may get involved and support our nation’s heroes in a variety of ways and in cities and towns across the country. Visit https://donate.garysinisefoundation.org/NEMRA to donate to the Gary Sinise Foundation’s R.I.S.E. specially adapted smart homes initiative directly. You can also click the button to donate through NEMRA, where 100% of the proceeds are given to the GSF.
Gifts in-kind of materials, installation or volunteer hours are also greatly appreciated! Contact the Gary Sinise Foundation at email@example.com and mention you are a member of NEMRA to learn about specific projects in your area.