Backward Design Lesson Planning: UbD Stages and Examples

Stage 1 – Define Desired Results

Stage 1 defines what students should know, understand, or be able to do. Let those goals guide the evidence and learning activities planned in later stages.

Establishing Enduring Understandings

Enduring understandings are intended to remain useful beyond a single lesson or unit; the label does not guarantee long-term retention or transfer. Instead of “Students will know the causes of World War I,” a broader goal might be “Students will understand that conflicts can arise from interactions among political, economic, and social factors.”

Crafting Essential Questions

Essential questions are open-ended prompts intended to support inquiry and discussion. Their effect depends on how they are introduced, revisited, and connected to evidence. Examples include: “How do authors use storytelling to influence our understanding of history?” and “What makes a solution fair for everyone involved?”

Identifying Knowledge and Skills

Enduring understandings address broad concepts, but the plan should also identify the specific knowledge and skills students are expected to acquire. Include content knowledge and transferable skills aligned with learning standards, and connect each element to the intended understanding goals.

Stage 2 – Determine Acceptable Evidence

In Stage 2, decide what evidence would support an inference that students met the Stage 1 goals before selecting learning activities. No single assessment necessarily establishes full understanding.

Performance Tasks and Authentic Assessment

Performance tasks ask students to apply knowledge in a defined context. They can supplement quizzes, tests, or other evidence; they do not automatically outperform them. Examples include a museum exhibit, a policy proposal, or a proposed response to a community problem.

For each performance task, specify the knowledge or skill it should reveal, the scoring criteria, and the access requirements. Professional practice can inspire the context, while other assessment formats may be more appropriate for some goals; no task by itself measures overall student growth.

Balancing Assessment Types

Use multiple forms of evidence when they serve the stated learning goals:

• Formative assessments: Quick checks for understanding that guide instruction
• Summative assessments: Comprehensive evaluations of learning outcomes
• Self-assessment opportunities: Prompts that let students compare their work with stated criteria
• Peer assessments: Collaborative evaluation experiences

Stage 3 – Plan Learning Experiences

In Stage 3, select the models, practice, feedback, and other learning experiences intended to prepare students for the evidence defined in Stage 2.

Sequencing Learning Experiences

Order models, practice, application, and feedback according to the goals from Stage 1 and the evidence from Stage 2. The sequence should reflect prerequisite knowledge and the complexity of the specific task rather than a fixed foundational-to-complex formula.

Differentiated Instruction Within the Framework

UbD can preserve clear learning goals while allowing flexibility in how students reach them. Adapt lesson plans through varied instruction, temporary supports, or response options when current evidence and required accommodations indicate a need. Check student work rather than assuming the framework accommodates every learner.

Selecting Teaching Strategies for the Learning Goals

Project-based learning can be combined with UbD when a project supplies relevant evidence for the stated goals. The combination does not by itself ensure depth or authentic application. Options may include:

• Collaborative problem-solving activities
• Technology-enhanced learning experiences
• Community-connected projects
• Student choice and voice opportunities
• Opportunities for practice and feedback

Sample Lesson Using the Three UbD Stages

This example applies the three-stage design process to a high school science unit on climate change.

Stage 1: Desired Results

Enduring Understanding: Human activities and natural processes interact in complex ways to influence Earth's climate systems.

Essential Questions:

• How do we balance economic needs with environmental responsibility?
• What role does evidence play in making decisions about complex issues?

Students will know: Key scientific concepts about greenhouse gases, climate data interpretation, and mitigation strategies.

Students will be able to: Analyze data, evaluate evidence, and propose solutions based on scientific reasoning.

Stage 2: Assessment Evidence

Performance Task: Students create a policy proposal for their city council addressing local climate impacts, including scientific evidence, economic considerations, and implementation strategies.

Other evidence: Lab reports on greenhouse gas experiments, peer evaluations of proposed solutions, and reflection journals tracking thinking throughout the unit.

Stage 3: Learning Plan

Learning experiences include:

• Hands-on experiments modeling greenhouse effects
• Analysis of local climate data
• Guest speaker from city planning department
• Collaborative research on mitigation strategies
• Peer feedback sessions on draft proposals

Combining UbD with Other Planning Approaches

UbD can organize goals, evidence, and activities when educators adopt new tools or instructional approaches. Its usefulness still depends on the quality of those decisions and the local context.

Integration with Modern Educational Approaches

Combine UbD with other educational approaches only when the combination serves a defined goal:

• Technology-enhanced learning: Use school-approved tools only when they fit the goal, protect student data, and provide accessible non-digital alternatives
• Competency-based education: Map clear learning outcomes to the relevant competency framework
• Personalized learning: Offer options only when they preserve the intended goal and required accommodations; multiple pathways do not by themselves ensure mastery
• Social-emotional learning: If it is included, keep essential questions instructional, avoid required personal disclosure, and follow local student-support procedures

UbD can also work alongside Universal Design for Learning (UDL) principles. Neither framework makes a lesson accessible by itself; review actual barriers, student work, and required accommodations.

Overcoming Implementation Challenges

UbD may require additional planning time and a shift away from activity-first planning. Start with one lesson or unit, compare the resulting evidence with the stated goals, and revise with colleagues where possible.

Outcomes to Monitor

After implementing a UbD plan, review these possible indicators:

• Student engagement: Observe participation in the specific task rather than assuming that clear purpose or an authentic context increases engagement
• Retention and transfer: Use delayed or novel tasks to check what students retain and can apply
• Critical thinking and problem-solving: Examine responses against explicit reasoning criteria
• Metacognition: Ask students to explain the goal, criteria, or strategy without assuming awareness increased
• Access and participation: Check for barriers and implement required accommodations rather than assuming that multiple pathways are equitable

To try UbD, start with one unit: state the desired understanding, define acceptable evidence, plan the learning sequence, and compare the resulting student work with the goal before deciding what to keep.

Unit or lesson context:
Available time and constraints:

STAGE 1 — DESIRED RESULTS
Priority standard or goal:
Transfer or application goal:
Desired understanding:
Essential question:
Students will know/do:

STAGE 2 — ACCEPTABLE EVIDENCE
Performance or application evidence:
Other evidence:
Criteria:
Access requirements and response routes:

STAGE 3 — LEARNING PLAN
Starting-point check:
Teacher model or explanation:
Guided practice and feedback:
Independent or collaborative application:
Materials:
Timing notes:
Adjustment if evidence is incomplete: