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About IES

Mari Strand Cary

Associated IES Content

Science, Technology, Engineering, and Mathematics FY2021-FY2024

Science, Technology, Engineering, and Mathematics Reviewers FY2021-FY2024

FY2020

FY 2020 Special Education Peer Review Panel

FY2020

Reading, Writing, and Language Development FY2020

FY2022 - FY2023

Reading, Writing, and Language Development

FY2022

FY2022 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel

FY2021

FY2021 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel

FY2019

FY2019 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel
Grant

Evaluation of Lane ESD's Coder-in-Residence Program

The purpose of this project is to investigate the effects of an intervention focused on technology instruction on students' proximal and distal knowledge, perceptions, engagement and academic performance related to STEM disciplines and, secondarily, teachers' and computer coders' perceptions and confidence related to coding and teaching.
Federal funding program:
Low-Cost, Short Duration Evaluation of Education Interventions
Award number:
R305L180016
Grant

Evaluation of the KinderTEK iPad Math Program

The purpose of this project was to evaluate the efficacy of KinderTEK, a fully developed, tablet-based math program for young learners. Many teachers turn to technology in the hopes that online programs, applications (apps), and virtual manipulatives can provide differentiated instruction, independent practice, and engaging content for students within their classrooms. KinderTEK is a product of a prior IES development grant (R324A110286) and an OSEP Stepping Up Technology grant that can func...
Federal funding program:
Education Research Grants
Award number:
R305A170044
Grant

KinderTEK: Teaching Early Knowledge of Whole Number Concepts Through Technology

Results from the latest NAEP (2009) indicate that only about 40% of 4th graders were deemed at or above proficient in mathematics. Significant differences in student knowledge can be reliably measured at school entry on concepts from counting and number knowledge to more complex understandings of quantities, operations, and problem solving. Longitudinal research suggests that students who perform poorly at the end of kindergarten are likely to continue to perform poorly in mathematics throug...
Federal funding program:
Special Education Research Grants
Award number:
R324A110286
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