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Understanding by Design

The 'twin sins' of traditional design are coverage and activity — teaching by marching through content, and teaching by doing engaging activities without clear purpose. Both leave students busy but unable to truly understand or transfer their learning.

Understanding by Design (UbD) is a curriculum design framework built on backward design: you determine what students must genuinely understand and how you will assess it before planning a single lesson or activity. Developed by Jay McTighe and the late Grant Wiggins, it is the standard methodology for K–12 curriculum development, higher education course design, and corporate L&D — used in schools and training programs worldwide. What distinguishes UbD is a prescriptive three-stage sequence paired with named sub-frameworks (GRASPS, WHERETO, Six Facets) that together produce a complete, coherent unit plan aligned to real transfer goals.

By Jay McTighe · Free
Specimen 01 · Live diagnosisUnderstanding by Design
Input

“I am designing a 7th grade science unit on ecosystems. I have some lab activities I usually do — the owl pellet dissection, a food web card sort —…”

Diagnosis
Before we plan a single lesson or activity, let us start with the end in mind — that is the core discipline of backward design.
Full transcript ↓
Calibrated referenceagent-skills.ai
The gap

Stop planning lessons first — design backward from understanding to assessment to instruction

Understanding by Design structures curriculum planning as a three-stage backward design process. Stage 1 — Desired Results — requires identifying Big Ideas (transferable core concepts worth deep instruction), crafting Essential Questions (open-ended, generative questions that drive inquiry without a single correct answer), and distinguishing enduring understandings from mere important knowledge and skills. Stage 2 — Assessment Evidence — demands that educators design how they will assess understanding before planning instruction, using the GRASPS framework (Goal, Role, Audience, Situation, Product/Performance, Standards) for authentic performance tasks and the Six Facets of Understanding (Explanation, Interpretation, Application, Perspective, Empathy, Self-Knowledge) as a diagnostic lens. Stage 3 — Learning Plan — structures instruction using the WHERETO framework (Where/Why, Hook/Hold, Equip/Experience, Rethink/Revise, Evaluate, Tailor, Organize). The UbD Template is the central artifact: a structured unit planning document with labeled fields for every stage that can be evaluated against McTighe's published Design Standards.

The problem

Most lesson planning starts with activities and content coverage, then adds assessments at the end as an afterthought. This produces what McTighe and Wiggins call the 'twin sins': coverage-focused teaching that marches through material without depth, and activity-oriented teaching where students are busy but the purpose is unclear. The result is students who can complete tasks and recall facts but cannot explain, apply, or transfer what they have learned to new situations.

The solution

Working through this skill, you will move through the backward design process in disciplined order — establishing Big Ideas and Essential Questions before touching assessment design, and assessment design before planning instruction — and end with a complete, coherent UbD unit plan in which goals, evidence, and learning experiences are tightly aligned.

You bring
  • A content area, topic, or unit title you want to design
  • The relevant grade level, course, or audience
  • Any existing standards, activities, or assessments you already have
  • A sense of what is most important for learners to truly understand — not just recall
You get
  • A completed UbD Template covering all three stages — Desired Results, Assessment Evidence, and Learning Plan
  • 2–4 Essential Questions that can anchor inquiry throughout the unit
  • A GRASPS performance task scenario with authentic context for revealing genuine understanding
  • A WHERETO-sequenced instructional plan that aligns every activity to your Enduring Understandings
In action

Watch the methodology work.

Three specimens from a single real session: the same situation, unaided and calibrated, the full transcript, and the skill answering live in the channel where the work happens.

Fig.01The same situation, two ways
Specimens A · B
Specimen AVague
Unaided

“You have a folder of ecosystem lab activities you have used for years — the owl pellet dissection, the food web card sort, the biome research project. Students complete them and seem engaged, but when the unit test arrives, results are mediocre. Your principal asks you to show how the unit builds toward genuine understanding rather than activity completion, and you realize you have no clear answer: the labs were chosen because they work, not because you designed them toward a defined understanding.”

×Vague — nothing concrete to act on.
Specimen BCalibrated
With Understanding by Design

“Your UbD unit plan opens with three Essential Questions posted in the classroom from day one. Every lab activity is explicitly framed as preparation for a GRASPS performance task: students present an ecosystem impact recommendation to a simulated City Planning Commission, supported by field data and food web analysis. When your principal asks how the unit develops understanding, you point to the GRASPS rubric — which maps directly to your Enduring Understandings about interdependence and unintended consequences. The owl pellet dissection is no longer a standalone activity; it is a deliberate experience that equips students to argue their final recommendation with evidence.”

Specific, grounded, and ends with one clear next step.
Fig.02A real session, unedited
In-app · assistant
Understanding by DesignClaude
Understanding by Design
Before we plan a single lesson or activity, let us start with the end in mind — that is the core discipline of backward design. Tell me: what topic or unit are you designing, and who is the audience? Once I know that, I will help you identify the Big Ideas worth building an entire unit around, then we will design how you will assess understanding before we touch instruction.
I am designing a 7th grade science unit on ecosystems. I have some lab activities I usually do — the owl pellet dissection, a food web card sort — but my principal wants more evidence that students actually understand the material, not just complete the labs.
Your principal is naming the classic problem that UbD addresses directly: activity-oriented design, where students are busy and engaged but the deeper purpose is unclear. Labs are valuable experiences, but they need to serve a goal we have defined in advance. So let us begin with Stage 1 — Desired Results. The key question is: what do you want students to still understand about ecosystems five years from now, not just remember for the unit test? A strong candidate Big Idea for ecosystems might be: 'Living things are interdependent — a change in any part of a system ripples through the whole.' What feels most essential to you about this topic?
Probably that everything is connected, and also that human actions affect ecosystems even when we do not intend them to.
Those are two strong Big Ideas. Let me shape them into Enduring Understanding statements — the UbD format is a full declarative sentence capturing the insight, not just naming a topic: 'Ecosystems function through webs of interdependence where changes in any component affect the whole system.' And: 'Human activities alter ecosystems in ways that produce unintended consequences across the food web.' Now the Essential Questions — open-ended, generative, with no single correct answer, worth revisiting across the entire unit: 'How do ecosystems recover — or fail to recover — from disruption?' and 'What makes a human action harmful to an ecosystem versus sustainable?' A third option that localizes the inquiry: 'In what ways has our local watershed changed, and what drove those changes?' Do these feel like questions that would produce genuine thinking in your classroom, or should we sharpen any of them?
I love the local watershed one — that will make it feel real to students. Can we keep all three?
Three is exactly the right number for a multi-week unit — enough to sustain inquiry from different angles without overwhelming the design. Now Stage 2: before we plan any lessons, we need to determine how students will demonstrate understanding. Using the GRASPS framework, here is a draft performance task: students play the Role of environmental consultants presenting to a City Planning Commission (the Audience) about the ecosystem impact of a proposed development near your local watershed (the Situation and Goal). The Product is a recommendation report supported by field data, food web diagrams, and research on historical changes. The Standards are drawn from your Enduring Understandings — students must demonstrate that they can explain interdependence and predict unintended consequences, not just describe the ecosystem. Does this feel like a task that would reveal real understanding — not just recall?
That is exactly what my principal is looking for. It never occurred to me to design the assessment before planning the labs.
That reversal is the whole insight of backward design — and now your owl pellet dissection and food web card sort have a clear purpose: they are preparation for the GRASPS performance task, not ends in themselves. When students do the card sort, they are building the conceptual tools they will need to argue their position to the City Planning Commission. In Stage 3, the WHERETO framework will help us sequence those activities so students are oriented to the purpose from day one, equipped with the knowledge they need, and given structured opportunity to revise their thinking before the final presentation. Want to move into designing the learning sequence now?
Reply to Understanding by Design
What the skill is doing
01Backward Design Sequencing
02Big Idea & Enduring Understanding Articulation
03Essential Question Crafting
Fig.03The same skill, in the channel you already use
WhatsApp · live
9:41
UBUnderstanding by Designtyping…
Messages are end-to-end encrypted. No one outside of this chat can read them.
Today
I am designing a 7th grade science unit on ecosystems. I have some lab activities I usually do — the owl pellet dissection, a food web card sort — but…9:14✓✓
Before we plan a single lesson or activity, let us start with the end in mind — that is the core discipline of backward design.9:14
Tell me: what topic or unit are you designing, and who is the audience?9:15
Once I know that, I will help you identify the Big Ideas worth building an entire unit around, then we will design how you will as…9:15
Message

The same skill, where the work happens.

No new app to learn. The methodology runs over the WhatsApp Business API, so the answer lands as a reply in the thread you’re already in — same rigour, zero context-switch.

Reads the situation, names the pattern, returns one concrete next move.
Delivered in seconds, inside a conversation that already exists.
Specimen · WhatsApp Business API · live
Capabilities

What it does, specifically.

Each capability is a distinct move drawn straight from the source methodology — not a generic assistant guessing.

CapabilityC-01

Backward Design Sequencing

Guides you through all three UbD stages in their required order: Desired Results first, Assessment Evidence second, Learning Plan third. The sequencing is non-negotiable — designing lessons before establishing goals and evidence is the very pattern UbD is designed to replace.

Based on McTighe and Wiggins' central backward design principle: 'begin with the end in mind' — meaning desired understanding and assessment evidence must precede any instructional planning.
CapabilityC-02

Big Idea & Enduring Understanding Articulation

Helps you identify the transferable core concepts in your content and craft 'Enduring Understanding' statements — complete declarative sentences capturing the insight students should retain years later, not just remember for the unit test.

Based on UbD's three-tier prioritization model, which distinguishes content worth being familiar with, important knowledge and skills, and enduring understandings — the highest tier justifying deep, sustained instruction.
CapabilityC-03

Essential Question Crafting

Develops genuinely open-ended, thought-provoking questions that drive inquiry without a single correct answer, can be revisited productively across the unit, and require students to reason with evidence rather than simply recall.

Based on McTighe's 2013 book Essential Questions: Opening Doors to Student Understanding, which distinguishes essential questions from guiding questions, topical questions, and leading questions using specific criteria.
CapabilityC-04

GRASPS Performance Task Design

Creates authentic assessment scenarios in which students apply their learning in a realistic context — with a defined goal, role, audience, situation, product, and standards — so that the task reveals genuine understanding rather than mere recall or compliance.

Based on the GRASPS framework from Stage 2 of UbD (Goal, Role, Audience, Situation, Product/Performance, Standards), designed to produce performance tasks that are evaluated using the Six Facets of Understanding as a diagnostic lens.
CapabilityC-05

WHERETO Learning Plan Construction

Sequences your instructional activities across the seven WHERETO elements so students are oriented to the purpose, engaged, equipped with needed knowledge and skills, given structured opportunity to revise their thinking, and able to self-assess before the final performance.

Based on the WHERETO acronym from Stage 3 of UbD — Where/Why, Hook/Hold, Equip/Experience, Rethink/Revise, Evaluate, Tailor, Organize — providing a principled, research-grounded sequence for instruction that flows from the goals established in Stage 1.
Tested

Graded before it shipped.

Every skill is scored against independent scenarios for methodology fidelity before it goes live — not vibes, a rubric.

What it produces
OutputD-01

UbD Unit Template

The three-stage planning document with labeled fields for Standards, Big Ideas, Essential Questions, Enduring Understandings, Knowledge and Skills (Stage 1); Performance Tasks and Other Evidence (Stage 2); and a WHERETO-sequenced Learning Plan (Stage 3). Can be evaluated against McTighe's published Design Standards.

OutputD-02

Essential Questions Set

A set of 2–4 open-ended, generative questions that anchor unit inquiry — distinguishing genuine essential questions (no single correct answer, require reasoning with evidence, worth asking repeatedly) from guiding or topical questions.

OutputD-03

GRASPS Performance Scenario

A complete authentic assessment task defined across all six GRASPS dimensions: the learning Goal students must achieve, the Role they play, the Audience they address, the Situation that frames the challenge, the Product or Performance they create, and the Standards by which it is evaluated.

OutputD-04

WHERETO Learning Sequence

A structured instructional sequence organized by the seven WHERETO elements, showing which activities serve which purpose — orienting students to goals, hooking their interest, equipping them with knowledge, prompting revision, and structuring self-assessment.

The source

Grounded in the original work.

Every answer traces back to a real source and the practitioner who wrote it — not a secondhand summary. Here is the source of record.

Source authorA-01

Jay McTighe

Jay McTighe is an educational author, curriculum consultant, and co-developer of the Understanding by Design framework alongside the late Grant Wiggins. He has authored or co-authored more than a dozen books published by ASCD, including the foundational Understanding by Design (1998, expanded 2nd ed. 2005), Essential Questions: Opening Doors to Student Understanding (2013), and The Understanding by Design Guide to Creating High-Quality Units (2011). McTighe leads Authentic Education, an organization providing UbD training, resources, and online courses to teachers, curriculum directors, and instructional designers worldwide.

Status · Inspired by Jay McTighe’s work — not yet claimed. Are you Jay McTighe?
Primary sourceS-01

Understanding by Design (Expanded 2nd Edition, ASCD, 2005)

by Jay McTighe

Co-author of Understanding by Design (ASCD, 1998/2005); author of Essential Questions (ASCD, 2013); 12+ ASCD publications; founder of Authentic Education; curriculum consultant to school systems across the US and internationally.

Read the original ↗
Citationauthenticeducation.org
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At launchI am designing a unit on [topic] for [grade/course]. I have some existing activities but want to rebuild it using backward design — starting from what students should truly understand, then designing assessment before instruction. Can we begin with Stage 1 and identify the Big Ideas and Enduring Understandings?