College-Based Transition Services’ Impact on Self-Determination for Youth with Intellectual Disabilities

Citation

Schillaci, R. S., Parker, C. E., Grigal, M., & Paiewonsky, M. (2021). College-Based Transition Services’ Impact on Self-Determination for Youth with Intellectual and Developmental Disabilities. Intellectual and Developmental Disabilities, 59(4), 269-282. doi:10.1352/1934-9556-59.4.269

Abstract

Most youth in transition services with labels of intellectual or developmental disability (IDD) have poorer employment outcomes than their peers with other or without disabilities. One alternative approach to address this challenge provides youth with IDD access to transition services in the context of a college or university campus. College-based transition services (CBTS) provide students with IDD during their final two to three years of secondary education access to college courses, internships, and employment. A quasi-experimental design evaluation of one college-based transition services model, Think College Transition, found that, after controlling for student baseline scores, the college-based transition services had a significant effect on students’ scores of self-determination at post-test. Implications for further refining the model are discussed.


Read more from SRI

  • surgeons around a surgical robot

    The SRI research behind today’s surgical robotics

    Intuitive’s da Vinci 5 system represents a major leap in robotic-assisted medicine. It all started at SRI, which continues to advance teleoperation technologies.

  • a collage of digital graphs

    A banner year for quantum

    SRI-managed QED-C’s annual report on quantum trends captures an industry accelerating rapidly from technical promise toward major global impact.

  • ICE Cube containing SRI’s aerogel experiment, photographed prior to launch. Source: Aerospace Applications North America

    An SRI carbon capture experiment launches into space

    By synthesizing carbon-absorbing aerogels in microgravity, SRI research will give us a rare glimpse into how these materials could be radically improved.