• Direct Instruction + Guided Instruction

    This type of instructional design uses direct instruction (teaching students new concepts using explicit teaching techniques) with guided instruction (the time students spend practicing new material with teacher support).

    Template: Direct Instruction + Guided Instruction (Word/Accessible)

    Rubric: Direct Instruction + Guided Instruction (Word/Accessible)

    Template: Direct Instruction + Guided Instruction (Google Docs)

    Rubric: Direct Instruction + Guided Instruction (Google Docs)

  • Launch + Explore + Summarize

    Typically used for math instruction, the Launch+Explore+Summarize framework is structured around three phases: Launch - connecting prior knowledge and presenting students with a challenge, Explore - giving students time to work and the teacher time to focus on individual students and plan for the summary, and Summarize - the teacher orchestrating a discussion and reflecting on student learning.

    Template: Launch + Explore + Summarize (Word/Accessible)

    Rubric: Launch + Explore + Summarize Rubric (Word/Accessible)

    Template: Launch + Explore + Summarize (Google Docs)

    Rubric: Launch + Explore + Summarize (Google Docs)

  • 3-D Science Heading

    3-D Science

    Three-dimensional science instruction moves classrooms away from memorizing disconnected facts toward genuine understanding. By weaving together three elements - what students do (Science and Engineering Practices), what students think about (Disciplinary Core Ideas), and the lenses that connect it all (Crosscutting Concepts) - this approach asks students to make sense of real-world phenomena the way scientists actually work. This reflects a core shift called for by the Next Generation Science Standards: students figure things out rather than being told. In practice, that means students gather evidence by observing, testing, and questioning a puzzling phenomenon; reason through what that evidence means, building and revising explanations as their thinking develops; and communicate their ideas by sharing models, arguments, and conclusions with peers. When it’s time to show what they’ve learned, students apply this same thinking to a new phenomenon, demonstrating understanding through what they can do and explain rather than what they can recall.

    Template: 3-D (Word/Accessible)

    Rubric: 3-D (Word/Accessible)

    Template: 3-D (Google Doc)

    Rubric: 3-D (Google Doc)