SuiteKIDS MVP PROGRAM:

The SuiteKIDS MVP program was designed to add the excitement of Celebrity to SuiteKIDS mission to motivate and enrich the lives of deserving, economically disadvantaged students in Los Angeles and beyond. The first of its kind, celebrity-endorsed student incentive program, fosters the opportunity for world-class athletes, artists and celebrities to serve as Ambassadors for various SuiteKIDS student incentives and events. Each MVP has the opportunity to assist in designing their own customized, curriculum-based incentive program in the subject matter dearest to them, within the Partnership for LA School System. Top performing students that achieve the predetermined academic or community based benchmarks, are rewarded with a Corporate Sponsored SuiteKIDS VIP Experience, hosted by our MVP's.

INNAUGURAL MVP INCENTIVE PROGRAM:

SuiteKIDS is proud to launch our MVP program with the winner of the NBA's J. Walter Kennedy Citizenship award, Metta World Peace of the New York Knicks. In conjunction with Partnership for LA Schools and Xcel University, "Metta's Math Challenge" has been activated within Partnership for LA's middle schools, located in Watts, Boyle Heights and South Los Angeles. The top performing students over this two month contest will be rewarded with a corporate sponsored, SuiteKIDS VIP experience at the Knicks / Clippers game on November 27th. Deserving students will be driven by Limousine to Staples Center, where they will watch World Peace make his LA Homecoming in the comfort of a Luxury Suite, donated by Levy Restaurants and DirectTV. Following the game, students will have a chance to meet and take pictures with Metta outside of the visiting locker room at Staples. A similar academic incentive program endorsed by World Peace will be integrated into Partnership for LA Schools in the spring, where top performers will earn a VIP experience at the March 25th game between the Knicks and the Los Angeles Lakers.

  • 17328 VENTURA BLVD.
  • SUITE #201
  • ENCINO, CA 91316
  • 310.709.7100 T
  • 310.317.7182 F