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Information on IES-Funded Research
Contract Open

From Here to There: Preparing an Effective Game-Based Algebra Intervention for Scale

NCER
Program: Small Business Innovation Research
Award amount: $1,000,000
Project director: Erik R. Weitnauer
Awardee:
Graspable Inc
Year: 2024
Award period: 1 year 11 months (07/01/2024 - 06/30/2026)
Project type:
Phase II Development
Contract number: 91990024C0017

Purpose

Most students in the United States take Algebra 1 in middle or high school, with success in this subject being one of the strongest predictors for success in school and future careers. Yet, many students struggle to progress beyond Algebra 1. Through a prior IES award, researchers created From Here to There (FH2T), a supplemental game to accelerate algebra learning. While efficacy research during a subsequent IES award demonstrates the efficacy of FH2T for improving algebra learning, the game is not available for regular use in schools outside of research. This project will develop a new version of FH2T to enable a scalable and cost-efficient version that can be used for in-class or at home learning.

Project Activities

During the Direct to Phase II project, the project team will develop a new version of the FH2T game for use in classrooms or for at-home use outside of research. Key activities will include upgrading the game infrastructure to house and organize data and the login system, adding a real-time teacher dashboard to track student progress and assignment system, improving the user interface, and creating introductory tutorial materials. The team will follow universal design principles to maximize usability for students with a wide variety of learning differences. After development is complete, the researchers will conduct a pilot study with 500 grade 7 students and educators in 20 classrooms over 4-months. The researchers will examine whether students are able to use the new FH2T and whether educators believe that the game would be practical for use in real-world applications across different settings. Researchers will also measure student growth in Algebra and will compare results to prior efficacy trials to understand whether FH2T is as effective as the prior version. Algebra outcomes will be measured using state standardized items. With existing data from program operations supplemented by teacher and program and school staff interviews, the study will use the ingredients approach to identify the resources involved in developing and implementing FH2T, including technology, materials, staff time, and facilities.

People and institutions involved

IES program contact(s)

Edward Metz

IES Research Scientist
NCER

Products and publications

FH2T is a game-based application that teaches math concepts through discovery-based puzzles. Math symbols are presented as movable, physical objects, and perceptual learning principles and game design elements are incorporated. FH2T has 14 modules that focus on different math concepts and that build on each other, including addition, multiplication, subtraction, division, order of operations, distributive property, factoring, moving expressions from either side of the equals sign, and solving linear equations. The current version of FH2T was only designed for use in research studies. The updated version of FH2T will preserve all of the original aspects while upgrading the application's infrastructure and login system, adding a real-time teacher dashboard and assignment system, improving the user interface, and creating the introductory tutorial materials.

Project website:

Graspable Math

Additional project information

Video Demonstration: https://youtu.be/E_O0PY-7AXw 
 

Related projects

Learning the Visual Structure of Algebra Through Dynamic Interactions with Notation

R305A110060

The Efficacy of From Here to There: A Dynamic Technology for Improving Algebraic Understanding

R305A180401

Graspable Math Activities

91990018C0032

Graspable Math Activities: Increasing Algebra Proficiency with Dynamic Notation Technology

91990019C0034

Questions about this project?

To answer additional questions about this project or provide feedback, please contact the program officer.

 

Tags

Education TechnologyK-12 EducationMathematics

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Questions about this project?

To answer additional questions about this project or provide feedback, please contact the program officer.

 

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