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Sixth International Conference on Immersion and Dual Language Education: Connecting Research and Practice Across Contexts

October 20–22, 2016

Hyatt Regency Hotel, Minneapolis, MN, USA

Comprehensive Mathematical Instruction in Dual Language Immersion: Facilitating Deep Mathematical Thinking

Saturday, October 22, 2016 at 11:15 AM–12:15 PM CDT
Greenway Ballroom F
Session Type

Paper/Best Practice Session (1 hour)

Immersion/Partner Language(s)

not language specific

Context/program model
One-Way Second/Foreign Language Immersion
Two-Way Bilingual Immersion
Level
Elementary (K-5)
Middle School/Junior High
Program Summary

An explanation of how two school districts in Utah applied the Comprehensive Mathematics Instruction Framework in their Dual language Immersion (DLI) programs to facilitate deep mathematical thinking. A brief description of the context will be followed by an explanation of the DLI adapted framework including video examples. 

Abstract/Description for Paper, Discussion, and Laptop Poster presentations

In this session we will examine how two school districts in Utah applied the Comprehensive Mathematics Instruction Framework in their Dual language Immersion (DLI) programs to facilitate deep mathematical thinking from kindergarten to 6th grade. A brief description of the context, the schools, the program and the framework, will be followed by the DLI adapted framework, video examples of Spanish and English teachers applying the framework in their classrooms, a detailed description of the learning cycle, the collaborative conversation template, lesson plan samples and student work samples. Participants will earn how high expectations combined with highly engaging instruction meets the demands of the Common Core Mathematics Standards.

The Comprehensive Mathematics Instruction Framework (CMI) is a problem based teaching process where teachers select a learning goal, design a problem for exploration and discussion, then solidify students' knowledge and understanding with targeted activities to achieve the learning goal. Instructors design teaching plans which emphasize student exploration, and reactions or responses to certain tasks and engage them in discussions focusing on an understanding of mathemeatical concepts.

CMI has been challenging to apply in DLI calssrooms due to the heavy reliance on academic language as students express their mathematical thinking and attempt to understand other students' ideas. Through langugae scaffolding strategies, the Park City and Wasatch school Districts have fully implemented CMI and are seeing the benefits of a problem-based teaching process.This session will provide an introduction on how to implement the framework with ample resources and examples.

Lead Presenter/organizer

Ellie Gallagher, Wasatch County School District
Role/Title

Wasatch SD DLI Specialist

State (in US) or Country

US

Co-Presenters

Misty Rocha, Wasatch School District
Role/Title

CMI Math Specialist

State (in US) or Country

US

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