Backward Design: The Wiggins & McTighe Framework for Course Planning
Learn how backward design (Understanding by Design) works, explore the three stages of the Wiggins & McTighe framework, and discover how starting with learning outcomes transforms course planning and assessment.
Most educators design courses by starting with content: "What will I teach in Week 3?" Backward design flips this sequence entirely. Developed by Grant Wiggins and Jay McTighe in their landmark book Understanding by Design (UbD), backward design starts with the end in mind — what students should know and be able to do when the course is finished — and works backward to build assessments and instruction that ensure those outcomes are achieved. This framework has transformed curriculum design in K-12 and higher education, and it remains one of the most effective approaches for creating courses where assessment, instruction, and learning outcomes are tightly aligned.
What Is Backward Design?
Backward design is a curriculum planning approach that reverses the conventional order of course development. Instead of starting with activities and content, educators begin by defining the desired learning results, then design assessments that will provide evidence of learning, and finally plan the instructional activities that will prepare students to succeed on those assessments.
The name "backward" does not imply that the process is counterintuitive — it suggests that designers work backward from the destination (learning outcomes) rather than forward from the starting point (available content or favorite activities).
Wiggins and McTighe argued that the traditional approach — "I'll cover Chapter 5 this week, then give a test" — leads to coverage-driven teaching where activities may not connect meaningfully to what students need to learn. Backward design ensures that every class session, reading assignment, and activity exists because it directly supports a defined learning outcome.
The Three Stages of Backward Design
Backward design follows three sequential stages, each building on the previous one.
Stage 1: Identify Desired Results
Begin by asking: "What should students understand and be able to do at the end of this course, unit, or lesson?" This stage defines learning outcomes at multiple levels:
- Established goals: Broad standards or competencies (e.g., institutional learning outcomes, disciplinary standards)
- Enduring understandings: The big ideas students should retain long after the course ends
- Essential questions: Open-ended questions that guide inquiry and provoke deep thinking
- Knowledge and skills: Specific facts, concepts, and abilities students will acquire
Effective Stage 1 outcomes are often written using Bloom's Taxonomy to ensure they target appropriate cognitive levels — moving beyond recall toward analysis, evaluation, and creation.
Stage 2: Determine Acceptable Evidence
Before planning any instruction, ask: "How will I know students have achieved the desired results?" This stage designs assessments that provide convincing evidence of understanding:
- Performance tasks: Complex, authentic assessments where students apply learning to real-world or realistic scenarios
- Academic prompts: Open-ended questions, essays, or problems requiring explanation and justification
- Quizzes and tests: Traditional checks for knowledge and skill acquisition
- Self-assessments and reflections: Students evaluate their own progress against the criteria
The key principle is that assessment is designed before instruction. This ensures that teaching is purposefully directed toward preparing students for the evidence-gathering tasks, creating true assessment alignment.
Stage 3: Plan Learning Experiences and Instruction
Only after outcomes and assessments are defined does the educator plan instruction. The guiding questions are: "What activities, resources, and teaching strategies will equip students to succeed on the assessments and achieve the desired results?"
Wiggins and McTighe use the acronym WHERETO to guide instructional planning:
- W — Where is the unit going? What is expected?
- H — Hook students early and hold their attention
- E — Equip students with necessary experiences, tools, and knowledge
- R — Rethink, reflect, and revise understandings
- E — Evaluate progress and allow self-assessment
- T — Tailor instruction to individual needs
- O — Organize for maximum engagement and effectiveness
Backward Design — Three Stages
Click each stage to explore it. Toggle to compare with traditional design.
Stage 1: Identify Desired Results
"What should students know and be able to do?"
- •Define clear learning outcomes
- •Establish transfer goals and essential questions
- •Identify enduring understandings vs. nice-to-know content
Backward Design vs. Traditional (Forward) Design
| Aspect | Traditional Design | Backward Design |
|---|---|---|
| Starting point | Content and textbook chapters | Learning outcomes and enduring understandings |
| Assessment timing | Designed after instruction is planned | Designed before instruction is planned |
| Activity selection | Based on what is available or familiar | Based on what prepares students for assessments |
| Alignment | Often loose — activities may not connect to outcomes | Tight — every element traces back to outcomes |
| Risk | Coverage without depth; "mile wide, inch deep" | Requires more upfront planning but produces coherent courses |
The traditional approach often leads to what Wiggins and McTighe call the "twin sins" of design: activity-oriented design (choosing fun activities without a clear learning purpose) and coverage-oriented design (marching through content without ensuring understanding).
Backward Design in Practice
Example: Undergraduate History Course
Stage 1 — Desired Results: Students will construct evidence-based historical arguments, evaluate primary sources for bias and reliability, and connect historical events to contemporary issues.
Stage 2 — Evidence: A research paper analyzing primary sources (assessed with an analytic rubric covering argument quality, source analysis, historical contextualization, and writing mechanics). A midterm requiring students to compare competing historical interpretations. Weekly source-analysis journals evaluated for depth of critical thinking.
Stage 3 — Instruction: Lectures on historiography and methodology. Workshops on primary source analysis. Peer review of draft arguments using the same rubric students will be graded with. Practice with progressively more complex source sets.
Notice how every instructional activity directly prepares students for the assessment tasks, which directly measure the desired learning outcomes. There are no "orphan activities" — lessons included because they are interesting but disconnected from the goals.
Example: High School Biology Unit
Stage 1: Students will explain the process of natural selection and apply it to predict changes in a population given environmental pressures.
Stage 2: Students design and present a simulation predicting how a specific population would change over 50 generations under defined environmental conditions (an authentic assessment task). A quiz verifies knowledge of key vocabulary and mechanisms.
Stage 3: Interactive lecture on mechanisms of evolution. Lab simulation modeling selection pressures. Group analysis of real-world case studies. Practice predicting outcomes with guided worksheets before the independent simulation project.
Why Backward Design Works
Research supports backward design for several reasons:
- Alignment reduces wasted effort: When every class activity connects to a learning outcome, instructional time is used efficiently
- Assessment clarity improves student performance: Students who understand what they will be assessed on — and how — perform better
- Transfer of learning increases: By designing for enduring understandings rather than recall, backward design promotes deep learning that transfers to new contexts
- Rubrics become natural: Because assessments are designed before instruction, creating rubrics with clear criteria and grade descriptors becomes a natural part of the planning process
How MarkInMinutes Mirrors Backward Design
The MarkInMinutes workflow is built on the same logic as backward design. When creating a grading profile, you start with learning outcomes — the knowledge and skills students should demonstrate. Next, you define rubric dimensions with Calibration Anchors that describe what evidence of learning looks like at each proficiency level. Only then does the AI evaluate student work against those predefined criteria. This outcome-first, criteria-second, evaluation-third workflow ensures that grading is always aligned with what matters most: whether students have achieved the intended learning results.
Related Concepts
Backward design connects to several foundational assessment concepts. It begins with learning outcomes, which define the destination. Assessment alignment is the principle that makes backward design work — ensuring that assessments genuinely measure the outcomes they target. Bloom's Taxonomy provides the language for writing outcomes at appropriate cognitive levels. The Stage 2 assessment tasks often take the form of authentic assessment, and the rubrics used to evaluate them are designed as part of the planning process, not as an afterthought.
Frequently Asked Questions
Is backward design only for course-level planning?
No. Backward design scales from a single lesson to an entire program. A teacher can use the three stages to plan a 45-minute class session, a three-week unit, a semester-long course, or a multi-year curriculum. The framework is fractal — the same logic applies at every level of granularity.
Does backward design work for all subjects and disciplines?
Yes. Backward design has been applied successfully in STEM, humanities, arts, professional programs, and vocational training. The framework is content-agnostic — it structures the process of planning, not the content itself. Whether you are teaching organic chemistry or creative writing, starting with desired results and working backward produces more coherent, aligned instruction.
How does backward design relate to standards-based grading?
Standards-based grading is a natural companion to backward design. When Stage 1 defines clear standards and Stage 2 designs assessments aligned to those standards, the resulting grading system naturally measures student progress toward defined proficiency levels rather than accumulating points through varied activities. Many schools that adopt backward design simultaneously move toward standards-based grading.
See These Concepts in Action
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Related Terms
Assessment Alignment
Assessment alignment is the degree to which assessments accurately measure the learning objectives they are intended to evaluate, ensuring coherence between what is taught and what is tested.
Authentic Assessment
Authentic assessment evaluates students through real-world tasks that require applying knowledge and skills in meaningful, complex contexts — moving beyond recall to demonstrate genuine understanding.
Bloom's Taxonomy
Bloom's Taxonomy is a hierarchical framework of six cognitive levels — Remember, Understand, Apply, Analyze, Evaluate, and Create — used to classify learning objectives and design assessments.
Learning Outcomes
Learning outcomes are specific, measurable statements describing what students should know, be able to do, or value by the end of a course, module, or program.
Rubric
A rubric is a scoring guide that defines criteria and performance levels used to evaluate student work consistently and transparently.