Award Data

Through previous research and development, the team created a teacher platform that suggests research-based strategies for supporting students with special needs or targeted skill gaps. This project will develop a prototype of a dashboard for teachers to create, access, and track student's Individual Educational Plans (IEPs). At the end of Phase I, in a pilot study with six middle school special e ...

Through a previous grant award from the U.S. Department of Education, researchers developed Read for Success, an intervention designed to stem the summer slide among struggling readers. This project will develop a prototype of Mix Libris, an Augmented Reality (AR) enhanced mobile literacy platform designed to support and motivate grade 3 students in acquiring and improving literacy skills. Mix Lib ...

Through previous grant awards from IES and the National Science Foundation and an ED/IES SBIR award, researchers developed a virtual laboratory with performance-based simulations aligned to Next Generation Science Standards (NGSS) in physical, life, and earth science for middle school, as well as a dashboard to provide teachers real-time formative and summative assessment reports on students doing ...

Research demonstrates that technology-focused interventions to teach math and science require substantive professional development prior to classroom implementation. This project is creating an online professional development (OPD) platform for training teachers to integrate FluidMath into basic algebra practice. FluidMath is a software program that recognizes handwritten math formulae and sketche ...

This project will focus on research and development to provide individuals with visual impairments a clothing-based platform that supports the function of existing Global Positioning Systems (GPS) way finding systems. The clothing platform will lead to the integration of GPS way finding systems with a clothing-based electronic obstacle avoidance system. The goal of the project is to provide the ...

Aspen Systems proposes to develop a small mobile personal cooling system that can be worn conveniently by individuals with heat-related disabilities. The need for such an assistive technology is significant among this group in the United States, having the potential to impact more than one million individuals. A variety of person cooling products are commercially available. They, however, offer ...

This research will explore the use of a virtual polyhedron modeling environment which creates nets, or patterns, for a polyhedron created on the screen, in the teaching of geometry and spatial skills. When the net is printed, cut, folded, and glued together, a 3-dimensional model of the original polyhedron is created. We propose to examine the use of this tool in an instructional setting, to dete ...

Today's extremely powerful, low-cost computer systems offer tremendous potential as learning tools. However, development of high quality educational software, particularly simulations, lags behind. This research will explore the issues in creating highly realistic, very detailed simulations directly targeted for educational purposes. The domain simulated will be a small retail business. This do ...

This proposal describes an effort to improve the education of at-risk youth through web-publishable, project-based activities. These activities might include electronic journalism on community issues, natural science projects, or digital art Galleries. Activities such as these are particularly appropriate for at-risk youth through their power to integrate school and home or street life, to give ...

PROVIDING INDIVIDUALIZED INSTRUCTION FOR DISABLED STUDENTS IN SPECIAL EDUCATION PLACEMENTS IS A TIME-CONSUMING PROCESS FOR EDUCATORS AND THUS COSTLY. COMPUTERIZED AND INTERACTIVEVIDEODISK EDUCATIONAL FORMATS MAY NOT BE READILY CUSTOMIZED FOR THE INDIVIDUAL STUDENT. HOWEVER, COMMONLY-AVAILABLE IN PERSONAL COMPUTERS AND HAND-HELD CAMCORDERS ARE TOOLS AVAIL ABLE IN MOST SCHOOLS. IF A PERSONAL COMPUTE ...