Senior Education Researcher, SRI Education
Kathryn Morrison, MSPT, has more than 20 years of experience in social science research and has managed numerous projects in the area of disability policy, particularly as it relates to students and young children. She has extensive expertise in technical assistance and provides this assistance to state Part C programs that oversee services for children with disabilities and their families. Morrison is currently coordinator for a project examining facilitators and barriers to the inclusion of children with disabilities in early learning and care. She has also worked extensively on alternate assessment development using evidence-centered design (ECD) and universal design for learning (UDL).
Morrison provides technical assistance to Part C programs in multiple states through the Center for IDEA Early Childhood Data Systems (DaSy). The DaSy Center is helping states enhance their data systems and build their capacity to use data. She has participated in the development of several tools for Part C programs including the Child Find Self-Assessment (CFSA) and the CFSA QuickStart Guide. In 2020, Morrison co-chaired DaSy’s biennial national conference: Improving Data, Improving Outcomes. She has also provided technical assistance for multiple Preschool Development Grant projects.
Morrison is experienced in assessment design, development, and testing. Most recently, she was principal investigator and designed assessment for a project funded by the National Science Foundation to design and test educational tools for students with disabilities or other learning challenges. In another project, she led teams designing developmentally appropriate observation-based assessment tasks for kindergarteners. She was project manager for SRI’s contract with the National Center and State Collaborative project. Funded by a General Supervision Enhancement Grant from the U.S. Department of Education, this project brought together 26 states to build an alternate assessment for students with the most significant cognitive disabilities. Morrison was a co-leader for two additional alternate assessment design projects: Alternate Assessment Design-Mathematics and Alternate Assessment Design-English Language Arts. Both projects were funded by Enhanced Assessment Grants and worked with small groups of states to improve the technical quality of their alternate assessments for students with significant cognitive disabilities.
Some of Morrison’s past projects include the National Study on Alternate Assessments (NSAA), a study of the alternate assessments for students with significant cognitive disabilities in all 50 states and the District of Columbia. She was an integral part of the team that designed the Pre-Elementary Education Longitudinal Study (PEELS), which gathered information about the experiences, outcomes, and kindergarten transitions of preschoolers with special needs. She was also part of the team involved in the collection, analysis, and dissemination of data from the National Early Intervention Longitudinal Study (NEILS), which examined the experiences and outcomes of more than 3,300 infants and toddlers with or at risk for disabilities. Her work on these projects included project management, survey design, on-site data collection through classroom assessments and focus groups, liaison work with schools and early intervention programs, data analysis, and report writing.
Morrison holds a bachelor of science degree in biology from Santa Clara University and a master of science degree in physical therapy from Boston University.
- Corgi-2: Enhancing Middle School STEM Learning
- Inclusion of Children with Disabilities in Subsidized Child Care
Creating Writing Items of Graduated Complexity for Students with Significant Cognitive Disabilities
Alternate Assessment Design-English Language Arts/Reading: Assessment task library
Alternate assessment design – Mathematics. Technical report 4: Design patterns.
Alternate Assessment Design-Mathematics: Synergistic Use of Evidence-centered Design and Universal Design for Learning for Improved Assessment Design