Understanding by Design:
Start With the End. Design What Matters.
Grant Wiggins & Jay McTighe's backward design framework has been used by over 250,000 educators worldwide. Instead of planning activities and hoping for understanding, UbD starts with what students must understand, determines how they'll prove it, then designs the learning path. A meta-synthesis of 48 studies confirms positive outcomes.
Generate a complete UbD unit or lesson plan in 60 seconds.
What Is Understanding by Design?
Understanding by Design (UbD) is a curriculum planning and instructional design framework created by Grant Wiggins and Jay McTighe. Published through ASCD with the first edition in 1998 and the expanded second edition in 2005.
The core idea: begin with the end in mind. Define what students should UNDERSTAND (not just know or do), then work backward to design assessments and instruction. UbD is primarily a DESIGN framework, not an instructional strategy. It tells you HOW TO PLAN, not how to teach on any given day. You can use any instructional approach — 5E, inquiry, skills-based — WITHIN a UbD-designed unit.
Key distinction: UbD focuses on UNDERSTANDING, not just knowledge. Wiggins and McTighe argue that understanding means being able to TRANSFER learning to new situations — not just recall facts. The framework has been adopted by schools, districts, states, and countries worldwide. McTighe estimates over 250,000 educators have been trained in UbD.
Why Backward Design?
Traditional Planning (Forward)
Problem: Activities may be engaging but not focused on what matters most. Assessment is an afterthought.
Backward Design (UbD)
Every activity has a clear PURPOSE tied to desired understanding. Assessment is designed BEFORE instruction.
Analogy: Backward design is like planning a road trip. You wouldn't just start driving and hope you end up somewhere good. You'd decide on the destination first (Stage 1), figure out how you'll know you've arrived (Stage 2), then plan the route (Stage 3).
Stage 1: Desired Results
Stage 1 answers: “What should students understand and be able to do?” It has four sub-components:
TRANSFER GOALS
The long-term, overarching abilities students should develop. These go BEYOND the unit — they’re what students should be able to do independently in the future.
"Students will independently use their learning to read critically and evaluate sources." "Students will independently use their learning to apply mathematical reasoning to real-world problems."
Transfer is the ultimate goal of education — can students use what they learned in new, unfamiliar situations?
ENDURING UNDERSTANDINGS
The specific, transferable insights students should take away from the unit. Written as full statements: "Students will understand THAT..." These are not facts — they are conceptual understandings that have lasting value beyond the unit.
"Students will understand that historical accounts are shaped by the perspective and purpose of the author." "Students will understand that organisms are interdependent within ecosystems."
Wiggins and McTighe’s test: Is this understanding transferable? Will it matter 5 years from now? Does it require "uncoverage" (not just coverage)?
ESSENTIAL QUESTIONS
Open-ended, thought-provoking questions that drive inquiry and are revisited throughout the unit. NOT review questions with one right answer. They are questions that recur and deepen over time.
ELA: "What makes a story worth telling?" Math: "When is the ‘right’ answer not good enough?" Science: "How do we know what we think we know?"
Essential questions are DISPLAYED in the classroom and returned to throughout the unit — they’re not answered on day 1 and forgotten.
KNOWLEDGE AND SKILLS
The specific facts, concepts, vocabulary, and skills students need to achieve the enduring understandings. These are the building blocks — the content standards, vocabulary terms, and procedural skills.
If the enduring understanding is about ecosystem interdependence: Knowledge = food webs, energy transfer, producers/consumers/decomposers. Skills = analyzing data, constructing food web diagrams.
Knowledge and skills serve the enduring understandings — they are the means, not the end.
Stage 2: Assessment Evidence
Stage 2 answers: “How will we know students understand?” Designed BEFORE instruction — this is what makes UbD “backward.”
Performance Tasks (Summative)
Authentic tasks that require students to TRANSFER their understanding to realistic situations. Designed using the GRASPS framework (detailed below). These are NOT traditional tests — they require application, not just recall.
Other Evidence (Formative)
- Quizzes and tests (for knowledge and skill checks)
- Academic prompts (short written responses)
- Observations and dialogues (during class discussions)
- Student self-assessments
Student Self-Assessment
UbD emphasizes that students should be able to assess their OWN understanding. Connects to the 6th Facet: Self-Knowledge. Rubrics are shared with students before the task so they know what success looks like.
Stage 3: Learning Plan
Stage 3 answers: “What learning experiences will help students achieve the desired results?” This is where you plan the actual INSTRUCTION — but only after you've defined the goals and assessments. The WHERETO Framework (detailed below) guides Stage 3 design.
Key Principle
Stage 3 is where you choose your instructional model. A UbD unit might use 5E lessons for the science content, Socratic seminars for discussion, direct instruction for skill-building, and cooperative learning for the group project. UbD doesn't prescribe HOW you teach — it prescribes what you're teaching TOWARD.
Stage 1
WHERE are we going?
Stage 2
HOW will we know?
Stage 3
HOW will we get there?
Essential Questions Deep Dive
Source: McTighe & Wiggins, “Essential Questions: Opening Doors to Student Understanding” (ASCD, 2013)
What Makes a Question “Essential”?
- Is open-ended — no single, final, correct answer
- Is thought-provoking and intellectually engaging — sparks discussion
- Calls for higher-order thinking — analysis, synthesis, evaluation, not just recall
- Points toward important, transferable ideas within and across disciplines
- Raises additional questions and sparks further inquiry
- Requires support and justification — not just opinion
- Recurs over time — can be revisited with deepening understanding
Essential vs. Other Question Types
| Type | Example | Characteristics |
|---|---|---|
| Essential | “Can numbers lie?” | Open-ended, recurring, no single answer, sparks inquiry |
| Guiding | “How do you calculate the mean?” | Focused, answerable, supports specific topic |
| Review | “What is the formula for mean?” | One right answer, recall-level |
| Hook | “Would you trust this graph?” | Engaging but may not recur; sparks curiosity |
Essential Questions by Subject
“What makes a great story — the telling or the tale?”
“When is estimation better than precision?”
“How do scientists know something is "true"?”
“Is conflict inevitable?”
“Can art change the world?”
“What makes music feel "happy" or "sad"?”
“What does it mean to be "fit"?”
“How does language shape culture?”
“Just because we CAN, does that mean we SHOULD?”
“How do we decide what’s fair?”
How to Write Good Essential Questions
Start with the enduring understanding
If the understanding is “historical accounts are shaped by perspective,” the essential question might be “Whose story gets told, and why?”
Make sure it's genuinely open-ended
If you can answer the question with a quick Google search, it's not essential. It should require sustained thinking.
Test for recurrence
Can you return to this question at the end of the unit and get deeper, more nuanced answers than on Day 1? If so, it's essential.
Keep it student-friendly
The question should be stated in language students can understand and engage with. Avoid academic jargon.
Aim for 2–3 per unit
Too many essential questions dilute focus. Two or three is the sweet spot for a multi-week unit.
The Six Facets of Understanding
Wiggins and McTighe argue that “understanding” is not a single thing — it has six dimensions. True understanding means demonstrating MULTIPLE facets, not just recall.
Explanation
Can the student explain it in their own words, with reasoning and evidence? Not just parroting a definition, but JUSTIFYING why something works.
"Explain how the water cycle affects weather patterns in your own words, using at least three scientific concepts."
Interpretation
Can the student find meaning, significance, or relevance? Translating data, telling stories that make sense of events.
"What is the author really saying about power in this novel? Provide textual evidence."
Application
Can the student use it in new, realistic situations — TRANSFER? The ultimate test of understanding.
"Use your knowledge of ratios to determine the best cell phone plan for your family based on real data."
Perspective
Can the student see it from different points of view? Recognizing multiple valid perspectives, evaluating assumptions.
"Analyze the economic policy from the perspective of a factory worker, an owner, and a consumer."
Empathy
Can the student get inside another person’s experience and feelings? Not just intellectual but emotional understanding.
"Write a diary entry from the perspective of a Japanese American during internment."
Self-Knowledge
Does the student know what they DON’T know? Metacognition, intellectual honesty, recognizing personal biases.
"What about this topic still confuses you? Where might your assumptions be wrong?"
The GRASPS Framework
GRASPS is the tool for designing authentic performance tasks in Stage 2:
Goal
What is the goal or challenge? What must the student accomplish?
Role
What role does the student play? (scientist, journalist, city planner, historian)
Audience
Who is the audience? (city council, school board, younger students, a client)
Situation
What is the context or scenario? What constraints exist?
Product
What will the student create or do? (report, presentation, model, debate)
Standards
What criteria will be used to judge success? (rubric, checklist)
Worked Example — 8th Grade Science
Worked Example — 5th Grade ELA
The WHERETO Framework
WHERETO guides the design of learning experiences in Stage 3:
Where & Why
Help students know WHERE the unit is going and WHY. Share essential questions, learning targets, and the performance task on Day 1.
Hook & Hold
HOOK student interest at the start and HOLD it throughout. Use provocative entry points, mysteries, challenges, real-world problems.
Equip
EQUIP students with experiences, tools, knowledge, and skills needed to meet the performance goals. Direct instruction, skill practice, content delivery.
Rethink & Reflect
Provide opportunities to RETHINK and REVISE understandings. Revisit essential questions, revise drafts, reconsider initial assumptions.
Evaluate
Build in self-EVALUATION and reflection throughout. Students assess their own understanding using rubrics, checklists, learning logs.
Tailor
TAILOR learning to different needs, interests, and profiles. Offer choices in how students learn and demonstrate understanding.
Organize
ORGANIZE learning for maximum engagement. Sequence matters: hook, build knowledge, practice, apply, reflect. Ensure the flow makes sense.
Research & Evidence
Meta-Synthesis of 48 Studies on Backward Design
A 2021 meta-synthesis reviewed 48 studies on backward design/UbD implementation. Found consistent positive outcomes: deeper understanding, better transfer, improved assessment quality, more intentional instruction.
Teachers reported that UbD planning was more difficult initially but produced significantly better learning outcomes.
Bransford, Brown & Cocking (2000) “How People Learn”
Published by the National Research Council. Showed that understanding requires organized knowledge, not just facts. Directly influenced UbD's emphasis on enduring understandings and transfer over isolated facts.
Hattie Visible Learning
UbD’s explicit Stage 1 goals and shared rubrics create exceptional clarity
UbD’s entire purpose is transfer
When students know the targets (UbD shares goals upfront), they calibrate effort
UbD’s formative assessment focus generates rich feedback loops
Wiggins & McTighe's Published Work
- • “Understanding by Design” (ASCD, 1998; 2nd ed. 2005) — the foundational text
- • “Understanding by Design: Professional Development Workbook” (ASCD, 2004)
- • “Essential Questions: Opening Doors to Student Understanding” (ASCD, 2013)
- • “The Understanding by Design Guide to Creating High-Quality Units” (ASCD, 2011)
- • Jay McTighe continues to publish and present on UbD
Grant Wiggins's Legacy
Grant Wiggins (1950–2015) was a leading assessment and curriculum reform advocate. Co-founded Authentic Education, focused on authentic assessment and backward design. His writings influenced a generation of curriculum designers.
UbD vs. Other Frameworks
UbD vs. Bloom’s Taxonomy
| Aspect | UbD | Other |
|---|---|---|
| Type | Design framework (how to plan) | Classification framework (types of thinking) |
| Focus | Understanding and transfer | Levels of cognitive complexity |
| Relationship | UbD uses Bloom’s as a TOOL — essential questions target higher levels | Bloom’s doesn’t prescribe how to plan |
Verdict: Complementary, not competing. Use Bloom’s WITHIN UbD to write objectives at different levels.
UbD vs. Direct Instruction
| Aspect | UbD | Other |
|---|---|---|
| Type | Design framework (planning) | Instructional approach (teaching) |
| Focus | What to teach and assess | How to teach effectively |
| Relationship | UbD units often USE direct instruction in Stage 3 | DI doesn’t require backward design |
Verdict: Complementary. UbD designs the unit; DI delivers parts of it.
UbD vs. Universal Design for Learning (UDL)
| Aspect | UbD | Other |
|---|---|---|
| Type | Design framework — focuses on WHAT | Access framework — focuses on HOW |
| Focus | Clarity of goals, evidence of understanding | Removing barriers, multiple means of engagement |
| Relationship | Answers "What should students understand?" | Answers "How do we make that accessible to ALL?" |
Verdict: Complementary and powerful together. McTighe has co-presented with UDL advocates.
The UbD Unit Template at a Glance
The full UbD template organizes planning into three stages. Here's every component you fill in:
Stage 1 — Desired Results
Stage 2 — Assessment Evidence
Stage 3 — Learning Plan
UbD Planning Tips
Start with Stage 1 and resist the urge to jump to activities — backward design works because it’s backward
Write essential questions that you yourself find genuinely interesting — if you’re bored by the question, students will be too
Design the performance task (Stage 2) before planning daily lessons (Stage 3) — the assessment drives instruction
Share Stage 1 and Stage 2 with students on Day 1 — when students know the destination and the criteria, they learn more effectively
Use the Six Facets to diversify your assessments — don’t rely solely on Explanation (Facet 1)
Keep essential questions posted in the classroom and return to them weekly — students’ answers should deepen over time
Use GRASPS to make performance tasks authentic — a real role, a real audience, and a real product
Remember that UbD is a design framework, not a teaching method — use whatever instructional strategies work best for Stage 3
Common Challenges & AI Solutions
Writing Good Essential Questions
Problem: Teachers write questions that are too narrow ("What year did the Civil War start?") or too broad ("What is life?").
AI Solution: EasyClass generates essential questions calibrated to your topic and grade level that are genuinely open-ended, recurring, and intellectually engaging.
Stage 2 Before Stage 3 Feels Unnatural
Problem: Teachers want to plan fun activities first, then figure out assessment later.
AI Solution: EasyClass forces the backward design sequence — it generates the performance task and assessment evidence FIRST, then builds Stage 3 learning experiences that directly prepare students.
Performance Tasks That Are Actually Authentic
Problem: Teachers default to tests instead of authentic tasks because GRASPS design is hard.
AI Solution: EasyClass generates GRASPS-based performance tasks with realistic roles, audiences, and scenarios that genuinely require transfer — not just dressed-up tests.
The Template Is Overwhelming
Problem: The UbD template has many components (transfer goals, enduring understandings, essential questions, knowledge, skills, performance tasks, WHERETO) and teachers get lost.
AI Solution: EasyClass fills in the template step by step, generating each component in sequence, so teachers can focus on reviewing and customizing.
How to Create a UbD Lesson Plan with AI
Enter Your Topic, Standards & Desired Understandings
Type your subject, grade level, unit topic, and standards. Optionally provide your enduring understanding or let EasyClass suggest one. The AI identifies essential questions and transfer goals.
Select "Understanding by Design" Format
Choose UbD from the 17 available formats. The AI generates all three stages: Stage 1 (desired results), Stage 2 (assessment evidence with GRASPS), and Stage 3 (learning plan using WHERETO).
Customize & Teach
Refine the essential questions, adjust the performance task scenario, modify daily learning activities. Print or share. Design with the end in mind.
What Teachers Are Saying
“I love using EasyClass for quick lesson planning. It saves me so much time and the plans are really thorough.”
Shannon M.
December 2024
“As a bilingual teacher, I appreciate how EasyClass helps me create lessons that work for all my students. The differentiation suggestions are spot on.”
Ms. Lopez
January 2025
“EasyClass has been a game-changer for my planning period. I used to spend hours on lesson plans and now I can generate a solid starting point in minutes.”
Carleigh S.
December 2024
Frequently Asked Questions
What is Understanding by Design?
What is backward design?
What are essential questions?
What are the Six Facets of Understanding?
What is the GRASPS framework?
Can AI help create UbD lesson plans?
Understanding by Design Starts at the End. EasyClass Helps You Build Backwards.
Generate complete UbD unit plans — desired results, assessment evidence, and learning plan — using Wiggins and McTighe's three-stage backward design framework in minutes.
Understanding by Design (UbD), developed by Grant Wiggins and Jay McTighe, is one of the most influential curriculum design frameworks in K–12 education. Its central insight — that teachers should design backwards, starting with the desired end results and the evidence of understanding, then planning learning experiences — fundamentally reorients curriculum design away from activity-coverage thinking and toward genuine understanding. The framework's three stages are: Stage 1 (Desired Results: What should students understand, know, and be able to do?), Stage 2 (Assessment Evidence: How will we know if students have achieved the desired results?), and Stage 3 (Learning Plan: What learning experiences and instruction will enable students to achieve the results?). The design challenge is substantial: writing genuine Essential Questions that are open-ended and generative, identifying the Big Ideas worth understanding, constructing performance tasks that reveal true understanding (not just knowledge recall), and designing learning experiences that actually develop the understanding the assessment requires. EasyClass guides you through all three UbD stages, generating specific content for each based on your subject, grade level, and standards — so backward design doesn't stay theoretical. Free to start, no credit card required.
How EasyClass Builds Better UbD Unit Plans
Genuine Essential Questions — not just big-topic headings
The most common UbD implementation failure is Essential Questions that are really just topics with question marks ('What is photosynthesis?'). True Essential Questions are open-ended, require genuine inquiry, can be approached from multiple perspectives, and are worth asking beyond the classroom. EasyClass generates discipline-specific Essential Questions that meet Wiggins and McTighe's criteria: provocative, arguable, recurring, and focused on Big Ideas rather than discrete facts. These are questions students will continue wrestling with after the unit ends.
Stage 2 performance tasks that reveal genuine understanding
Assessment evidence in UbD must reveal whether students understand — not just recall. EasyClass generates GRASPS-aligned performance tasks: real-world Goal, authentic Role, relevant Audience, specific Situation, meaningful Product, and Standards for success. These are tasks that require students to apply their understanding in a new context, explain their reasoning, interpret ambiguous information, or construct something that demonstrates what they truly understand — not just what they memorized.
Stage 3 learning plan sequenced to build understanding progressively
The learning plan in UbD must be designed to develop the understanding that Stage 2 assesses — not just cover the content standards. EasyClass sequences the Stage 3 learning experiences using the WHERETO elements: Where is this heading? Hook and Hold student interest? Equip students with needed knowledge and skills? Rethink and Revise their understanding? Evaluate their own work? Tailor to different needs? Organize for engagement and effectiveness? The result is a coherent learning sequence, not a list of activities.
EasyClass vs. Completing UbD Templates Manually
A UbD template gives you the three-stage framework. EasyClass generates specific, high-quality content for all three stages from your learning objectives.
| Feature | EasyClass AI Lesson Builder | Manual / UbD Template |
|---|---|---|
| Stage 1: Desired Results | Big Ideas, Essential Questions, KUD goals | Empty fields to fill |
| Genuine Essential Questions | Open-ended, provocative, discipline-specific | Teachers often write topic questions |
| Stage 2: Performance Tasks | GRASPS-aligned authentic assessment | Requires significant design expertise |
| Stage 3: WHERETO learning plan | Sequenced learning experiences | Usually just a list of activities |
| Standards alignment | Standards-to-understanding mapping | Must align manually |
| Time to complete | Under 5 minutes with AI | 2–4 hours for a complete UbD unit |
| Free to use | Free plan available | UbD templates free; full training costly |
Understanding by Design (UbD) — Frequently Asked Questions
What are the three stages of Understanding by Design?
Understanding by Design (UbD), developed by Grant Wiggins and Jay McTighe, uses a backward design process with three stages: Stage 1 — Desired Results: Identify what students should understand (Big Ideas), essential questions that guide inquiry, and the knowledge and skills students should acquire. Stage 2 — Assessment Evidence: Determine how you will know students have achieved the desired results, using performance tasks and other evidence that reveals genuine understanding. Stage 3 — Learning Plan: Design the learning experiences and instruction that will enable students to achieve the results in Stages 1 and 2. The backward sequence — from desired results to assessment to instruction — is the key innovation over traditional activity-first planning.
What are Big Ideas in UbD and how do I identify them?
Big Ideas are the enduring understandings at the heart of a discipline — the concepts, principles, and theories that have lasting value beyond the classroom. They are transferable (applicable to many contexts), abstract (not just specific facts), and central to the discipline. Examples: 'Forces and motion are interrelated and can be predicted mathematically' (physics); 'Authors make deliberate choices that affect how readers experience a text' (ELA); 'Mathematical models can represent and analyze real-world situations' (math). Distinguishing Big Ideas from topic coverage is the hardest part of Stage 1 — EasyClass helps identify genuine Big Ideas from your standards and topic inputs.
What is a GRASPS performance task?
GRASPS is a framework developed by Wiggins and McTighe for designing authentic performance tasks that reveal genuine understanding. G = Goal (what the task requires students to accomplish); R = Role (the role students play in the task — designer, advisor, analyst, etc.); A = Audience (who students are producing work for — real or simulated); S = Situation (the context or challenge students must navigate); P = Product/Performance (what students will create or do); S = Standards for Success (the criteria for quality work). A well-designed GRASPS task requires students to apply their understanding in a new, realistic context — unlike traditional tests that assess recall.
How is UbD different from traditional lesson planning?
Traditional lesson planning often starts with content ('What will I teach?') and then adds activities and assessments. UbD reverses this: start with the end ('What should students understand?'), then determine what evidence would prove that understanding, then plan the instruction. The practical result: UbD lessons tend to have more coherent connections between instruction and assessment, more emphasis on explanation and application rather than recall, and greater student engagement because the purpose of learning is explicit from the start.
How does EasyClass help create UbD unit plans?
Enter your subject, grade level, standards, and broad topic. EasyClass generates a complete UbD plan: Stage 1 with Big Ideas, Essential Questions, and KUD (Knowledge/Understanding/Do) goals; Stage 2 with a GRASPS-aligned performance task and supplementary evidence rubric; Stage 3 with a WHERETO-sequenced learning plan that builds toward the Stage 2 assessment. The full three-stage plan is ready in under 5 minutes and can be refined for your specific unit context.
What is the WHERETO framework in Stage 3 of UbD?
WHERETO is Wiggins and McTighe's seven-element design framework for the learning plan in Stage 3 of UbD: W = Where are we going and Why? (preview unit goals and relevance); H = Hook and Hold student interest (engaging entry events); E = Equip, Experience, Explore (teaching, activities, and skill-building); R = Rethink, Reflect, Revise (multiple opportunities to process and improve work); E = Evaluate student understanding (ongoing formative assessment); T = Tailored to individual needs (differentiation); O = Organized for learning (sequencing for coherence). The WHERETO framework ensures the unit progression makes pedagogical sense — that it builds interest, develops skills, provides time for revision, and reaches all learners — rather than just covering content in order.
How do I write effective Essential Questions for a UbD unit?
Essential Questions are one of the most distinctive and challenging elements of UbD. A well-crafted Essential Question has these qualities: (1) It is genuinely debatable — there is no single correct answer; (2) It requires extended thinking and revisiting throughout the unit; (3) It connects to Big Ideas beyond the specific topic; (4) It's student-friendly — middle schoolers should be able to read it and understand what's being asked. Examples of strong Essential Questions: 'When is it right to break the rules?' (ELA/Social Studies), 'How do numbers help us describe patterns in nature?' (Math/Science), 'Who gets to tell history?' (Social Studies). Poor Essential Questions are just disguised recall questions: 'What caused World War I?' is a factual question, not an Essential Question. EasyClass generates Essential Questions calibrated to your grade level, subject, and conceptual focus.