This collection highlights a sampling of articles focused on intensive intervention and data-based individualization (DBI). Although there is a wealth of research on key components of the DBI process (e.g., progress monitoring, validated intervention programs), this list is not intended to include articles that focus on specific steps in the DBI process, nor is it an exhaustive review of all available literature. In the list below, we highlight seminal research on DBI and articles published since 2011, when NCII was first funded.
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In this video, Dr. Rolland O’Connor, Professor in the Graduate School of Education at the University of California Riverside a member of the NCII Academic Intervention Technical Review Committee, addresses the implications of early reading research for understanding late-emerging reading disabilities, working with students learning English, and preparing teachers to have a strong grounding in the stages of reading development.
In this article, Drs. Ketterlin Geller, Lembke, and Powell discuss how they are supporting educators to implement (1) the process of data-based individualization (DBI), (2) the principles of explicit and systematic instruction, and (3) key components of algebra readiness as part of Project STAIR (Supporting Teaching of Algebra: Individual Readiness).
The National Center on Intensive Intervention and the Center on Positive Behavioral Interventions and Supports have partnered to present a webinar series focused on providing educators with tools to support secondary students during virtual learning and the return to in-person learning. This series is intended for educators at the state and local level who work with students with intensive behavioral needs in secondary school settings. Webinar 1: Check and Connect: Implementation and Adaptation in a Virtual Environment At the core of Check & Connect is a trusting relationship between the student and a caring, trained mentor who both advocates for and challenges the student to keep education salient. Relationships are more important than ever given that current status of education and ongoing virtual learning.
In this video, Don Deshler, Ph.D., the Williamson Family Distinguished Professor of Special Education and the director of the Center for Research on Learning (CRL) at the University of Kansas, discusses considerations for determining if a student should move directly into Tier III supports.
Part 2 of the two part series about UCF's project bridges highlights challenges and successes the program has faced when trying to build the skills and competencies of educators to implement intensive intervention.
This module was adapted from a series of training modules developed by the National Center on Intensive Intervention (NCII) and is aimed at district or school teams involved in the initial planning for using data-based individualization (DBI) as a framework for providing intensive intervention in academics and behavior. The audience for this module may include school teams supporting academic intervention and progress monitoring in middle school mathematics.
This module is designed for interventionists, special educators, and general educators to review instructional strategies that students with mathematics difficulties need to be successful in both core instruction and intervention. Students with mathematics difficulties may make progress in intervention but still struggle in core because there is often not a bridge or support to show how the intervention connects to core. This module addresses these needs and identifies how all teachers need to support generalization and build upon mathematics trajectories for students to be successful.
In this video, Nicole Bucka, M.Ed. MTSS Technical Assistance Provider in Rhode Island and NCII Coach, shares considerations for supporting students with intensive behavioral needs at the secondary level.
This module is focused on the foundational skills of basic facts and computations needed for students to be successful in middle school. This module reviews the math trajectories, and explicit, systematic strategies to teach that can lead to long-term success and mastery of facts that can be applied to more advanced, multi-step computations and is an essential component for all tiered interventions.