What is Data-based Decision Making?
MTSS requires the use of data-based decision making to evaluate systems, match students to supports, and ensure effective implementation. This infographic summarizes the key pieces of data-based decision making.
MTSS requires the use of data-based decision making to evaluate systems, match students to supports, and ensure effective implementation. This infographic summarizes the key pieces of data-based decision making.
A multi-level prevention system provides increasingly intense levels of instruction and support to address student need. Students may need more or less intensive levels of support across different subject areas and points in time. This infographic highlights the key features and differences among the tiers.
Tier 3 is individualized and intensive intervention designed to help students with severe and persistent academic, social, emotional, and/or behavioral needs, including students with disabilities. It is a data-driven process characterized by increased intensity and individualization of supports. This infographic highlights eight essential features of Tier 3 and provides resources and information to learn more about Tier 3.
Are your intervention planning meetings taking up too much time or resulting in limited solutions? This National Center on Intensive Intervention webinar, Better Together! Keys to Creating Collaborative, Efficient, and Effective Intensive Intervention Team Meetings, shares the important role teams can play in implementation of intensive intervention and identifies strategies to improve meeting efficiency and effectiveness.
To be successful in mathematics across grade levels, students must establish foundational mathematics skills because most newly acquired mathematics skills require the use and understanding of prerequisite skills. Longitudinal studies show that students who fall behind in as early as Grade 4 are likely to remain behind their peers as measured in Grade 8 (New Classrooms, 2019). In middle school, students with math difficulty or chronically low math achievement often have large gaps in mastery of prerequisite skills or unfinished learning.
Sites implementing MTSS use different sources of data to answer a variety of questions. This infographics highlights four types of data and the specific questions teams can answer with each data type.
This infographic illustrates the major steps of MTSS implementation within schools. Each benchmark period, schools will screen all students to evaluate their level of risk and respond to that data to ensure each student receives the level of support they need. For students receiving targeted or intensive intervention, schools will conduct progress monitoring to evaluate the effectiveness of the level of support provided and determine if changes are needed. Critical to successful implementation is the fourth step, evaluating the overall efficiency and effectiveness of the process.
At Tier 2, schools provide small group, standardized academic, social, emotional, and behavioral supports using validated intervention programs. This infographic highlights 10 essential features of an effective Tier 2 intervention system.
This infographic illustrates the MTSS Center’s formula for successful implementation of MTSS. Implementation is more than just the design of a site’s components, as sites will want to consider the infrastructure needed to support that design. Further, sites will need to monitor their implementation progress to celebrate success and make course corrections. All these of these elements (design, infrastructure, implementation) are needed to ensure success with MTSS!
A well-designed MTSS schedule ensures that schools can provide students sufficient time and access to core programming as well as additional interventions and supports. Find tips for creating a schedule that can meet the needs of your school within this resource.
This resource is part of the MTSS infrastructure and Support Mechanisms Series.