Every educator can relate to this: you introduce an important concept early in the school year, only to revisit it weeks later and realize it didn’t stick with your students. This gap often comes from teaching content without a clear tie to a learning outcome.
That’s where backward design changes the game, helping students retain what they learn and perform more confidently over time.
In this guide, Bluum breaks down how to create a backward design lesson plan that engages classes and drives measurable student progress.
The concept of backward design was popularized by authors Grant Wiggins and Jay McTighe in their 1998 book, ‘Understanding by Design.’
The idea is that educators should plan lessons by starting with a desired learning outcome and working backwards. This approach shifts the focus from what is taught to what is actually learned.
By aligning learning goals, activities, and assessments, backward design education helps students see the purpose of their learning, giving motivation to invest themselves in their courses.
This method also makes lessons easier to adapt, allowing educators to update content or tailor instruction without changing the core learning objectives.
Both backwards design teaching and traditional education support students' learning. The main difference is how they go through the process.
In a traditional model, teachers typically start with content, build lessons around it, and then create assessments.
Backward design flips that order.
It starts with the end goal, defines assessments, and then builds lessons that directly support those outcomes. This approach encourages educators to be intentional with their lesson planning, tying class time to a specific purpose.
Here’s a quick look at the key differences between the two models:
|
Traditional Model |
Backward Design |
|
Starts with content |
Starts with learning outcomes |
|
Lessons → Assessment |
Outcomes → Assessment → Lessons |
|
Focus on covering material |
Focus on desired learning outcomes |
|
Risk of misalignment |
Strong alignment across all stages |
|
May include filler activities |
Every activity serves a clear purpose |
|
Goals often implicit |
Goals are clear and shared with students |
Backward design is a simple, repeatable process based on three clear steps:
The goal is straightforward: every activity in the classroom should lead directly to the outcomes the educator set in the first step.
Let's dive into each one with practical examples, so it's easier for educators to build their own backward design lesson plan.
Start by defining what students should understand and be able to do by the end of each lesson, module, or course.
Think like this: if an educator ran into one of their students years later, what are one or two core ideas that they wish students remember from their teaching?
These questions work as a foundation to craft SMART learning objectives (i.e., Specific, Measurable, Attainable, Relevant/Realistic, and Timely).
A well-thought-out objective should include:
Here’s what a strong learning objective looks like:
“Students will be able to interpret a Grade 10-level text by identifying the main idea and two supporting details in a written paragraph, with at least 80% accuracy.”
Quick breakdown:
The second step covers the assessments chosen to evaluate and document the progress and skill acquisition of students.
There are two main categories of assessments: summative and formative.
Assessment of how much a student has learned or become proficient in the knowledge and skills associated with the course.
Examples include:
Help instructors assess progress towards learning objectives and better equip students for higher-stakes summative assessments.
Examples include:
At this stage, educators decide how students will demonstrate their learning and progress toward the outcomes defined in the first step.
With outcomes and assessments in place, instructors can plan their lessons.
Every activity should prepare students to meet the objectives and perform well on the assessments. In the past, it was assumed that learning should occur through lectures and discussions.
Over the years, studies have shown that students learn more and retain their learning longer if they acquire it in an active rather than a passive manner.
When planning a lesson, educators should ask:
The right mix of interactive displays, devices, and audio-visual systems can turn well-designed lessons into engaging, high-impact learning experiences.
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Backward design is effective, but missteps can limit its impact. Here are the most common ones to avoid:
Creating assessments that don’t fully measure the defined learning outcomes is a common mistake.
For example, if the defined goal focuses on application, but your assessment only tests recall, students may appear to succeed without truly mastering the desired skill.
The best way to avoid this pitfall is to revisit your learning objective and ask: does this assessment directly measure the intended goal?
Waiting until summative assessments to measure learning can create learning gaps that are hard to address later.
Formative assessments, like quick checks or short reflections, help instructors monitor progress and adjust classes in real time.
Backward design emphasizes outcomes, which can lead to rigid planning and lessons that feel disconnected from students’ interests or pace.
The best way to avoid it is to adjust activities based on students’ feedback and performance.
Considering different learning styles (visual, auditory, reading/writing, and kinesthetic) and levels of support are also key to making the experience engaging and rewarding.
Backward design isn’t just for lesson planning. It can also guide curriculum design by covering long-term learning goals instead of topics or textbooks.
It also aligns instruction across classrooms, grades, and different instructors, so students get a more consistent and cohesive learning experience.
It also improves assessment by combining formative and summative types, giving educators clearer insight into students' progress.
A backward design lesson plan helps educators create more focused learning experiences that improve retention and student success.
Bluum supports educators in bringing these plans to life with the right EdTech, from educational devices to integrated AV systems. With expert consultation, it’s easier to turn lesson planning into more engaging classes.
Contact our team to start building smarter, more impactful learning experiences.
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