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Dive into our videos for an overview of NGSS and the Toolkit.

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Check out our sample lessons supported by the Toolkit.

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Download the one-page tips for using the Toolkit

ToolKit Videos Icon

Dive into our videos for an overview of NGSS and the Toolkit.

Sample Videos Icon

Check out our sample lessons supported by the Toolkit.

PDF One Pages Icon With a flowchart

Download the one-page tips for using the Toolkit

A Networked Improvement Community of Researchers & Educators
Committed to Quality Three-Dimensional Science Education

NGSS Planning Tools


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The ASET Toolkit empowers science educators with collaborative tools to design NGSS-aligned lessons and units that integrate the three dimensions of the Framework. By fostering dialogue and offering analytical resources, it supports meaningful instructional shifts, curriculum development, and formative assessment to enhance 3-dimensional teaching and learning.

Look at the ASET Toolkit

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Imagine an interdisciplinary alliance of researchers and practitioners  that is focused on continuous improvement of key supports and practices that increase capacity to reform science teacher preparation. Further, this alliance crosses traditional academic barriers by coupling research and practice by prioritizing practical know-how (generalizable across diverse settings) over theoretical knowledge that might improve practice (Bryk, et al, 2015).

The Alliance for Science Educators Networked Improvement Community (ASE-NIC) represents eight universities across the United States that serves as a robust mechanism for accelerated learning, improvement, and dissemination at scale (Bryk, et al, 2015). This team leverages interdisciplinary expertise of NIC partners on a regular basis (i.e., findings from Plan-Do-Study-Act (PDSA) cycles) as a “live resource” (Dolle et al., 2013, p. 444). Data produced in PDSA cycles across the NIC enables all partners to collectively 1) examine variation in diverse teacher preparation programs and 2) continue to improve the tools and the processes for enacting them. Generalizability of findings increases by considering variation and by using variation as an important data source for subsequent PDSA improvement cycles. We use these cycles to improve our science teaching methodologies to address enacting the NGSS & supporting the facilitation of sense making in the science classroom.