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Choose area or perimeter for a real job

3-5, 6-8Percent accuracyTemplateReview and individualize before use. How templates are made
When to use this goal

For students who find the area and perimeter of a rectangle when told which to find but pick the wrong one in a real problem (carpet versus fencing). Present levels in area and perimeter, not grade, decide fit.

Baseline
Score the choice and the answer separately at baseline to see whether the gap is choosing or computing. For the goal, count an item correct only when the choice, the answer, and the units are all right.
Tips
Teach covering versus going around with real objects first: tiles on a desk and string around its edge. Use problems from places the student knows, like the classroom or a garden bed.
Limits
Rectangles only; composite shapes need another goal. Reading load in word problems can hide the math, so read problems aloud if reading is not the target.

Original IEP Atlas template based on general measurement principles; not copied from any goal bank. ID ma-geo-046.

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Student

How the goal refers to the student

Skill

What the student will do

Something an adult can see, count or time.

Condition

When or under what conditions

Support

Support allowed

Criterion

Percent of attempted items answered correctly.

Sample numbers. Replace them with the student's data.

Criterion wording

Data collection

Scoring completed student work (permanent products) against a defined answer key or checklist.

How often data are collected
Mastery rule

How many measurements must meet the criterion.

Timeframe

Timeframe

Goal

By the annual IEP review date, given 10 real-world rectangle word problems without diagrams (fencing a garden, carpeting a room, framing a picture, tiling a floor), the student will say or write whether the job needs area or perimeter and then find it with the correct square or linear units independently with at least 85% accuracy on real-world area and perimeter problems, in 3 of 4 consecutive biweekly probes, as measured by work-sample analysis collected every two weeks.

Baseline: 40% accuracy.

  • Condition
  • Observable behavior
  • Criterion
  • Measurement method

ObjectivesCopy by fieldData sheet

Measurability check11 of 11 met
  • Met: Observable behavior. Stated as an action.

  • Met: Condition. Stated.

  • Met: Unit fits the behavior. Percent accuracy fits this behavior.

  • Met: Explicit criterion. Number and unit stated.

  • Met: Mastery rule and schedule. Both stated.

  • Met: Method produces the metric. Work-sample analysis gives percent accuracy data.

  • Met: Review timeframe. Stated.

  • Met: Baseline and target compatible. Same unit, change in the right direction.

  • Met: Aligned with area of need. Still about Geometry & Spatial Reasoning.

  • Met: Level of support. Defined.

  • Met: Blanks filled in. Nothing left to fill in.

Checks structure and wording only. Whether the goal fits the student is the team's call.

Short-term objectives (optional)

When are objectives required?

Required for students on alternate assessments (34 CFR §300.320(a)(2)(ii)); some states require them for everyone.

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Paste into your IEP system

Most district systems have a separate box for each part of a goal. Copy them one at a time, or all at once as labeled text.

Area of need
Math - Geometry & Spatial Reasoning
Baseline
40% accuracy.
Annual goal477 characters
By the annual IEP review date, given 10 real-world rectangle word problems without diagrams (fencing a garden, carpeting a room, framing a picture, tiling a floor), the student will say or write whether the job needs area or perimeter and then find it with the correct square or linear units independently with at least 85% accuracy on real-world area and perimeter problems, in 3 of 4 consecutive biweekly probes, as measured by work-sample analysis collected every two weeks.
Timeframe
By the annual IEP review date
Condition
Given 10 real-world rectangle word problems without diagrams (fencing a garden, carpeting a room, framing a picture, tiling a floor)
Behavior
The student will say or write whether the job needs area or perimeter and then find it with the correct square or linear units independently
Criteria
With at least 85% accuracy on real-world area and perimeter problems, in 3 of 4 consecutive biweekly probes
Evaluation method
Work-sample analysis
Schedule
Every two weeks

Copied as plain text, with straight quotes and plain dashes.

Matching data sheet

Accuracy tracker. Records number correct and number attempted.

The CSV opens in Excel or Google Sheets, with formulas. Sheets print blank; no student data is stored.