Lesson Plan Checker

Evaluate clarity, alignment, differentiation, and assessment in lesson plans.

Why use the Lesson Plan Checker?

Save time and improve instructional quality with fast, structured analysis of your plans—complete with scores, gaps, and actionable next steps.

How It Works: Step-by-Step

1

Provide Context

Select grade, subject, and standards.

2

Submit Plan

Paste your lesson plan or upload a file for analysis.

3

AI Review

Our AI analyzes alignment, rigor, differentiation, assessment quality, and pacing.

4

Actionable Report

Receive a structured report with scores, gaps, and recommendations.

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Ann Arbor public schoolsBroward Country public schoolsDuval Country public schoolsFairfax Country public schoolsGadsden Country school districtGarden Grove school districtLoudoun Country public schoolsNorth Carolina virtual academyPolk Country public schoolsSuccess Academy charter schoolsSumter school districtWichita public schools
Ann Arbor public schoolsBroward Country public schoolsDuval Country public schoolsFairfax Country public schoolsGadsden Country school districtGarden Grove school districtLoudoun Country public schoolsNorth Carolina virtual academyPolk Country public schoolsSuccess Academy charter schoolsSumter school districtWichita public schools

Use Cases

How the Lesson Plan Checker can assist you

Validate Alignment

Validate Alignment

Confirm that objectives, activities, and assessments align to the intended standards and outcomes.

Increase Rigor

Increase Rigor

Identify opportunities to deepen cognitive demand and add analytical or creative tasks.

Support All Learners

Support All Learners

Surface differentiation ideas and accessibility considerations to meet diverse student needs.

Example

What does the Lesson Plan Checker look like?

A preview of the structured report produced by the Lesson Plan Checker

Lesson Plan Analysis Report

Generated example output (mock data)

Overall Score

84 / 100

Strong conceptual focus with clear routines; improve formal criteria and extension tasks for deeper reasoning.

Sectional Breakdown

Standards Alignment

5 / 5
Pros
  • References fraction understanding; aligns to 3.NF.A.1 and MP4.
  • Success criteria include multiple representations.
Cons
  • Explicit standard codes missing in objectives.
  • Language standards for vocabulary not explicit.
Suggestions
  • Add CCSS or state codes beneath the objective.
  • Link vocabulary work to language standards.

Rigor & Cognitive Demand

3 / 5
Pros
  • Concrete→representational tasks with comparison prompts.
  • Students justify equivalence using models.
Cons
  • No explicit create/synthesize task.
  • Limited peer critique opportunities.
Suggestions
  • Add a short design-and-justify task.
  • Include peer feedback on models for depth.

Differentiation & Accessibility

4 / 5
Pros
  • CRA supports via manipulatives and fraction bars.
  • Sentence stems scaffold academic language.
Cons
  • Multimodal checks not explicitly planned.
  • Extensions for advanced learners are generic.
Suggestions
  • Add draw/say/write checks in guided practice.
  • Use constraint-based challenges for extensions.

Assessment

2 / 5
Pros
  • Exit ticket elicits a model and written explanation.
  • Whiteboard checks allow rapid sampling.
Cons
  • Success criteria not fully measurable.
  • Missing rubric alignment (2–3 descriptors).
Suggestions
  • Quantify criteria (labels, precision, model accuracy).
  • Map criteria to unit rubric language.

Pacing & Sequencing

4 / 5
Pros
  • Logical flow (warm-up → mini-lesson → practice → collaborative task → exit ticket).
  • Time estimates are reasonable and generally achievable.
Cons
  • Transition time not budgeted; class compression likely.
  • Early finisher pathway is not explicit.
Suggestions
  • Add 2–3 minute buffers between segments to preserve discussion time.
  • Define an early-finisher extension tied to lesson goals.

Important Missing Items

  • Explicit standard codes in the objective — helps alignment and PLC review.
  • Quantified success criteria — enables consistent scoring across students.
  • Student reflection prompt — supports metacognition and self-assessment.

Summary Recommendations

  • Add specific standard codes (e.g., 3.NF.A.1; MP4) directly beneath the objective.
  • Define success criteria using measurable language and 2–3 rubric descriptors.
  • Include a brief create task: students design and justify a model for a target fraction.
  • Plan multimodal checks (draw/say/write) at two points during guided practice.
  • Provide structured extension (constraints-based task) for early finishers.
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Frequently Asked Questions