DIRFloortime®

What is DIRFloortime?

According to The Interdisciplinary Council on Development and Learning, "The Developmental, Individual Difference, Relationship-based (DIR®)  Model is a framework that helps clinicians, parents and educators conduct a comprehensive assessment and develop an intervention program  tailored to the unique challenges and strengths of children with Autism  Spectrum Disorders (ASD) and other developmental challenges. The  objectives of the DIR® Model are to build healthy foundations for social, emotional, and intellectual capacities rather than focusing  on skills and isolated behaviors." Six  basic developmental capacities lay a foundation for all learning and  development.  More information on these capacities can be read here.


By understanding these skills and the factors that influence them and by  working on them, we often can help improve skills through appropriate  emotional experiences.  This in turn helps to develop critical cognitive, social, emotional, language, and motor skills, as well as a sense of self. For children who are diagnosed with pervasive developmental disorder, autism spectrum disorder, developmental disorder, severe language delays, motor difficulties, and severe disorders of relating and communicating, often a comprehensive, intensive intervention program is warranted. 
To learn more visit: DIR® and the DIRFloortime® Approach  

Research related to the DIRFloortime Model:

Research related to the Greenspan floortime model supports its effectiveness in  improving the core challenges of autism including relating, interacting,  and communicating while decreasing caregiver stress and improving  parent-child relationships.  To learn more about this research visit The Interdisciplinary Council on Development and Learning, Inc.

 

We are pleased to offer DIRFloortime in Hauppauge and Islandia NY.


Video: Playing to treat Autism

Brain  scans show how the DIRFloortime approach helps children with autism to  become more social, resulting in measurable changes in the brain.