group of students working on a mathematics problem

Providing Options and Breaking Down Barriers in Math

This resource focuses on how UDL and the Standards for Mathematical Practice (SMPs) converge to develop expert learner traits in mathematics.

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This interactive session focuses on how UDL and the Standards for Mathematical Practice (SMPs) converge to develop expert learner traits in mathematics. By examining links between the UDL guidelines and effective teaching practices that engage students in the SMPs, participants will be able to reduce barriers to student learning in the classroom. Participants will walk away with research-informed instructional strategies for eliciting student thinking and using it to provide options that deepen learning for all students. 

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Slide Deck
Interactive Notes Document

Authors/Creators
Erica Burnison

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Teaching Resource

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Document
Slides
Video

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WCAG v2.0 AA

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Posted date:

November 30, 2020

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Increasing Access to Universally Designed Mathematics

This brief describes how UDL can provide the foundation of mathematics instruction that provides access to rigorous, standards-based mathematics for all students in California.

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While California Common Core State Standards in Mathematics (CA CCSSM) call for rigorous mathematics for all students, students with disabilities have not been provided equal access to instruction that meets these standards. Universal Design for Learning (UDL) is a research-based framework to develop strategic, expert learners within classroom settings that maximize engagement of a wide variety of students, including students with disabilities. This brief describes how UDL can provide the foundation of mathematics instruction that provides access to rigorous, standards-based mathematics for all students in California.

Authors/Creators
Rachel Lambert

Organization/Publishers:

Policy Analysis for California Education (PACE)

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Professional Development

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Document

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Posted date:

June 25, 2022

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Document Title:

Increasing Access to Universally Designed Mathematics Classrooms

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UDL Implementation in the PK-12 Math Classroom

This paper emphasizes the flexibility that UDL generates, helping all learners, especially those struggling or receiving services for disabilities, gain the access to quality mathematics learning at high levels that they may otherwise be denied.

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It is relatively simple to articulate the three broad core principles of Universal Design for Learning to the PK–12 mathematics educator: provide multiple means of engagement, multiple means of representation, and multiple means of action and expression for all students on a regular basis. Application of these principles, however, is arguably more difficult, particularly when one attends to the detailed guidelines they encompass or attempts to focus exclusively on the teaching of a specific content area. Educators and their contexts are as unique as their fingerprints, and the idea of differentiating instruction in UDL-inspired ways on a consistent basis in every aspect of teaching within the confines of those unique contexts can be quite challenging. This paper emphasizes the flexibility that UDL generates, helping all learners, especially those struggling or receiving services for disabilities, gain the access to quality mathematics learning at high levels that they may otherwise be denied.

Authors/Creators
Amy McDonald, Harold Campbell

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Implementation

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Document
Slides

Accessibility
WCAG v2.0 A

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Posted date:

January 17, 2019

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Utilizing the UDL Framework in Computer Science Education

The Universal Design for Learning (UDL) framework provides guidelines that can help teachers proactively plan for the academic diversity present in classrooms. This is especially important when it comes to CS education due to the historic underrepresentation of women, people from different cultural backgrounds, and people with disabilities in CS fields.

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The Universal Design for Learning (UDL) framework provides guidelines that can help teachers proactively plan for the academic diversity present in classrooms. This is especially important when it comes to CS education due to the historic underrepresentation of women, people from different cultural backgrounds, and people with disabilities in CS fields. If we can think about ways of meaningfully engaging ALL learners through the UDL framework, then we can address the barriers that are inherent in my CS activities.

UDL is a proactive approach to planning of curricular opportunities. A UDL approach takes into account learner variability when considering goals, methods of instruction, assessments and materials. It is organized around the principles of providing students with multiple means of representation, expression and engagement with their learning.

Authors/Creators
Israel, M.
Lash, T.
Ray, M.

Organization/Publishers:

University of Illinois, Creative Technology Research Lab

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Implementation
Professional Development

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Document

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Posted date:

November 5, 2018

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Document Title:

Utilizing the Universal Design for Learning Framework in Computer Science Education

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