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|NCES 2023015||Middle Grades Longitudinal Study of 2017–18 (MGLS:2017) Assessment Item Level File (ILF), Read Me
This ReadMe provides guidance and documentation for users of the Middle Grades Longitudinal Study of 2017-18 (MGLS:2017) Assessment Item Level File (ILF)(NCES 2023-014) made available to researchers under a restricted use only license. Other supporting documentation includes MGLS_Math_and_Reading_Items_User_Guide.xlsx, MGLS_MS1_Math_Item_Images.pdf, MGLS_MS2_Math_Item_Images.pdf, MGLS_MS1_MS2_Reading_Sample_Item_Type_Images.pdf, MGLS_MS1_MS2_EF_HeartsFlowers_Instructions.pptx, and MGLS_MS2_EF_Spatial_2-back_Instructions.pptx
|NCES 2023014||MGLS 2017 Assessment Item Level Files (ILF)
The Middle Grades Longitudinal Study of 2017-18 (MGLS:2017) measured student achievement in mathematics and reading along with executive function. The MGLS:2017 ILF contains the item level data from these direct measures that can be used in psychometric research for replicating or enhancing the scoring found in the MGLS:2017 RUF or in creating new scores. The Middle Grades Longitudinal Study of 2017–18 (MGLS:2017) Assessment Item Level File (ILF) contains two .csv files representing the two rounds of data collection: the MGLS:2017 Main Study (MS) Base Year (MS1) and the Main Study Follow-up (MS2) files.
|NCEE 2023005||Conducting Implementation Research in Impact Studies of Education Interventions: A Guide for Researchers
This guide will help researchers examine implementation when studying the effectiveness of an education intervention so that the findings are better able to inform how the intervention can be used to improve student outcomes. Recommendations and specific steps are provided on planning, collecting, analyzing, and reporting essential data related to intervention components, implementation fidelity, context, and treatment-control contrast.
|NCES 2023055||Overview of the Middle Grades Longitudinal Study of 2017–18 (MGLS:2017): Technical Report
This technical report provides general information about the study and the data files and technical documentation that are available. Information was collected from students, their parents or guardians, their teachers, and their school administrators. The data collection included direct and indirect assessments of middle grades students’ mathematics, reading, and executive function, as well as indirect assessments of socioemotional development in 2018 and again in 2020. MGLS:2017 field staff provided additional information about the school environment through an observational checklist.
|NCEE 2022005||The BASIE (BAyeSian Interpretation of Estimates) Framework for Interpreting Findings from Impact Evaluations: A Practical Guide for Education Researchers
BASIE is a framework for interpreting impact estimates from evaluations. It is an alternative to null hypothesis significance testing. This guide walks researchers through the key steps of applying BASIE, including selecting prior evidence, reporting impact estimates, interpreting impact estimates, and conducting sensitivity analyses. The guide also provides conceptual and technical details for evaluation methodologists.
|NCEE 2022004||Sharing Study Data: A Guide for Education Researchers
Open science envisions that researchers will make their study data available to other investigators to facilitate research transparency and accelerate the development of knowledge. This guide describes key issues that education researchers should consider when deciding which study data to share, how to organize the data, what documentation to include, and where to share their final dataset. The guide also provides strategies for addressing related challenges and includes links to other resources, a checklist aligned to each section, and appendices that contain templates and samples.
|NCES 2021029||2012–2016 Program for International Student Assessment Young Adult Follow-up Study (PISA YAFS): How reading and mathematics performance at age 15 relate to literacy and numeracy skills and education, workforce, and life outcomes at age 19
This Research and Development report provides data on the literacy and numeracy performance of U.S. young adults at age 19, as well as examines the relationship between that performance and their earlier reading and mathematics proficiency in PISA 2012 at age 15. It also explores how other aspects of their lives at age 19—such as their engagement in postsecondary education, participation in the workforce, attitudes, and vocational interests—are related to their proficiency at age 15.
|REL 2021075||Evaluating the Implementation of Networked Improvement Communities in Education: An Applied Research Methods Report
The purpose of this study was to develop a framework that can be used to evaluate the implementation of networked improvement communities (NICs) in public prekindergarten (PK)–12 education and to apply this framework to the formative evaluation of the Minnesota Alternative Learning Center Networked Improvement Community (Minnesota ALC NIC), a partnership between Regional Educational Laboratory Midwest, the Minnesota Department of Education, and five alternative learning centers (ALCs) in Minnesota. The partnership formed with the goal of improving high school graduation rates among students in ALCs. The evaluation team developed and used research tools aligned with the evaluation framework to gather data from 37 school staff in the five ALCs participating in the Minnesota ALC NIC. Data sources included attendance logs, postmeeting surveys (administered following three NIC sessions), a post–Plan-Do-Study-Act survey, continuous improvement artifacts, and event summaries. The evaluation team used descriptive analyses for quantitative and qualitative data, including frequency tables to summarize survey data and coding artifacts to indicate completion of continuous improvement milestones. Engagement in the Minnesota ALC NIC was strong, as measured by attendance data and post–Plan-Do-Study-Act surveys, but the level of engagement varied by continuous improvement milestones. Based on postmeeting surveys, NIC members typically viewed the NIC as relevant and useful, particularly because of the opportunities to work within teams and develop relationships with staff from other schools. The percentage of meeting attendees agreeing that the NIC increased their knowledge and skills increased over time. Using artifacts from the NIC, the evaluation team determined that most of the teams completed most continuous improvement milestones. Whereas the post–Plan-Do-Study-Act survey completed by NIC members indicated that sharing among different NIC teams was relatively infrequent, contemporaneous meeting notes recorded specific instances of networking among teams. This report illustrates how the evaluation framework and its aligned set of research tools were applied to evaluate the Minnesota ALC NIC. With slight adaptations, these tools can be used to evaluate the implementation of a range of NICs in public PK–12 education settings. The study has several limitations, including low response rates to postmeeting surveys, reliance on retrospective measures of participation in continuous improvement activities, and the availability of extant data on a single Plan-Do-Study-Act cycle. The report includes suggestions for overcoming these limitations when applying the NIC evaluation framework to other NICs in public PK–12 education settings.
|NFES 2021023||School Courses for the Exchange of Data (SCED) Uses and Benefits
The School Courses for the Exchange of Data (SCED) Uses and Benefits publication was developed to provide a brief overview of SCED, highlight the research application and benefits of SCED to users, and illustrate SCED uses with case studies. SCED is a voluntary, common classification system for prior-to-secondary and secondary school courses. It can be used to compare course information, maintain longitudinal data about student coursework, and efficiently exchange coursetaking records. SCED is a free resource intended for federal, state, and local education agencies.
|NCES 2020047||U.S. PIAAC Skills Map: State and County Indicators of Adult Literacy and Numeracy
The U.S. PIAAC Skills Map allows users to access estimates of adult literacy and numeracy proficiency in all U.S. states and counties through heat maps and summary card displays. The Skills Map also includes state- and county-level estimates for six age groups and four education groups. It also provides estimates of the precision of its indicators and facilitates statistical comparisons among states and counties. The users guide explains reporting practices and statistical methods that are needed to accurately use these state and county estimates and it provides examples of common uses.
|NCSER 2020001||An Introduction to Adaptive Interventions and SMART Designs in Education
Educators must often adapt interventions over time because what works for one student may not work for another and what works now for one student may not work in the future for the same student. Adaptive interventions provide education practitioners with a prespecified, systematic, and replicable way of doing this through a sequence of decision rules for whether, how, and when to modify interventions. The sequential, multiple assignment, randomized trial (SMART) is one type of multistage, experimental design that can help education researchers build high-quality adaptive interventions.
Despite the critical role adaptive interventions can play in various domains of education, research about adaptive interventions and the use of SMART designs to develop effective adaptive interventions in education is in its infancy. To help the field move forward in this area, the National Center for Special Education Research (NCSER) and the National Center for Education Evaluation and Regional Assistance (NCEE) commissioned a paper by leading experts in adaptive interventions and SMART designs. This paper aims to provide information on building and evaluating high-quality adaptive interventions and review the components of SMART designs, discuss the key features of the SMART, and introduce common research questions for which SMARTs may be appropriate.
|NCES 2019084||Technology and K-12 Education: The NCES Ed Tech Equity Initiative
This interactive brochure provides an overview of the Initiative—including its purpose, goal, and target outcomes.
|NCES 2019085||Technology and K-12 Education: Advancing the NCES Ed Tech Equity Initiative
This infographic outlines the key steps NCES is taking to advance the NCES Ed Tech Equity Initiative.
|NCES 2019086||Technology and K-12 Education: The NCES Ed Tech Equity Initiative: Framework
Check out our new factsheet to learn about the factors most critical to informing ed tech equity in the context of K-12 education!
|NCES 2019087||Technology and K-12 Education: The NCES Ed Tech Equity Initiative: Data Collection Priorities
This factsheet outlines the key subtopics NCES will prioritize in its ed tech equity data collections.
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