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Twin Rivers Schools Data Analysis Protocol

A step-by-step worksheet that supports educators in observing data, identifying student needs, reflecting on past strategies, and planning targeted...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:02:00
Data Driven Dialogue

This three-phase protocol (predictions, observations, inferences) helps teams collaboratively analyze data by surfacing assumptions, identifying...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:05:00
Relay Data Protocol

This resource provides educators with structured tools and guiding questions to facilitate collaborative, reflective conversations around student...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:15:00
ATLAS - Looking at Data Protocol

A structured protocol that guides educators through describing, interpreting, and reflecting on data to inform instructional decisions and uncover...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:35:00
Texas School Technology and Readiness Chart

The Texas STaR Chart is a self-assessment tool that helps schools evaluate their progress in integrating technology across four key areas aligned...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:05:00
ACOT Model - Stages of Technology Integration

The ACOT model outlines five stages—Entry, Adoption, Adaptation, Appropriation, and Invention—that describe teachers’ evolving use of...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:10:00
The TPACK Framework Explained (With Classroom Examples)

This article explains how the TPACK framework helps educators blend content, pedagogy, and technology to design engaging, effective lessons, with...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:07:00
The Technology Integration Matrix

The TIM framework uses five levels of technology integration across five characteristics of meaningful learning (active, collaborative, constructive,...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:36:00
The PICRAT Model for Technology Integration

The PICRAT model combines student engagement (Passive, Interactive, Creative) with instructional impact (Replacement, Amplification, Transformation)...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:06:00
The SAMR Model: A Powerful Model for Understanding Good Tech Integration

This article emphasizes that effective technology integration is about choosing the right tools and strategies for learning goals, using the SAMR...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:08:00
SAMR and TPACK: Two Models to Help with Integrating Technology Into Courses

This resource explains how the SAMR model (Substitution, Augmentation, Modification, Redefinition) and the TPACK framework (Technological,...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:06:00
K-12 Technology Frameworks

This resource provides an overview of widely used technology integration models (like SAMR, TPACK, and TIM) to guide effective tech use in K–12...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:02:00
High Quality Project Based Learning

HQPBL defines six essential criteria—like authenticity, collaboration, and reflection—for ensuring student-centered, high-quality project-based...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:03:00
Gold Standard PBL: Project Based Teaching Practices

Gold Standard PBL outlines seven research-based teaching practices that support rigorous, student-centered project-based learning.
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:06:00
How to Use the 5E Model in Your Classroom

The 5E model helps science teachers design inquiry-based lessons that connect students’ experiences to scientific concepts through exploration and...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:03:00
STEM Instructional Approaches - 5E Model 2

NASA’s 5E model supports constructivist learning through a sequence of inquiry-based phases that guide students from curiosity to application and...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:07:00
STEM Instructional Approaches - 5E Model 1

The 5E Model (Engage, Explore, Explain, Elaborate, Evaluate) structures science instruction around inquiry and active learning to deepen conceptual...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:10:00
Activity, Project, Problem-Based (APB) Instructional Approach

PLTW’s APB model blends structured activities, real-world projects, and open-ended problems to scaffold student learning and foster critical...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:07:00
Getting Started with Project-Based Learning

This resource distinguishes project-based learning as a collaborative, real-world product-focused process, while problem-based learning centers on...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12
00:07:00
STEM Instructional Approach Models: Project-Based Learning

Project-Based Learning engages students in extended, collaborative inquiry to solve real-world problems, emphasizing process over product and...
- STEM
- grades K-2
- grades 3-5
- grades 6-8
- grades 9-12

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