Line up digits in columns when writing math problems
When to use this goal
For students who get multi-digit computation wrong because the digits drift out of their place-value columns, not because they lack the math. Comparing errors on grid paper with errors on plain paper during baseline shows whether alignment is the cause.
- Baseline
- Score three sets of math work for alignment (every digit in its column) separately from computation accuracy. Then give the same problems on grid paper; if computation accuracy jumps, alignment is the barrier and grid paper is both a support and a fading target.
- Tips
- Math teachers can score alignment on regular work in seconds. Grid paper is a legitimate long-term accommodation; the goal is useful when the team wants to reduce reliance on it or when grid paper is not available on tests.
- Limits
- Does not measure computation. Problems with many digits or long division have more alignment demands; keep the problem type consistent. Students with significant spatial needs may keep grid paper permanently.
Original IEP Atlas template based on general measurement principles; not copied from any goal bank. ID mt-vm-016.
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Goal
By the annual IEP review date, given 10 multi-digit addition or subtraction problems to copy and solve on plain paper, the student will write each problem with the digits aligned in place-value columns independently with at least 90% accuracy on problems written with digits aligned in columns, on 3 consecutive weekly work samples, as measured by work-sample analysis collected weekly from math class work.
Baseline: 40% accuracy.
- Condition
- Observable behavior
- Criterion
- Measurement method
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 Visual-Motor & Visual-Perceptual Skills.
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.
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
- Motor & Sensory Skills (OT, PT & Adapted PE) - Visual-Motor & Visual-Perceptual Skills
- Baseline
- 40% accuracy.
- Annual goal407 characters
- By the annual IEP review date, given 10 multi-digit addition or subtraction problems to copy and solve on plain paper, the student will write each problem with the digits aligned in place-value columns independently with at least 90% accuracy on problems written with digits aligned in columns, on 3 consecutive weekly work samples, as measured by work-sample analysis collected weekly from math class work.
- Timeframe
- By the annual IEP review date
- Condition
- Given 10 multi-digit addition or subtraction problems to copy and solve on plain paper
- Behavior
- The student will write each problem with the digits aligned in place-value columns independently
- Criteria
- With at least 90% accuracy on problems written with digits aligned in columns, on 3 consecutive weekly work samples
- Evaluation method
- Work-sample analysis
- Schedule
- Weekly from math class work
Copied as plain text, with straight quotes and plain dashes.
Matching data sheet
Accuracy tracker. Records number correct and number attempted.
Accuracy tracker
Percent accuracy- Student label:
- Target:
- with at least 90% accuracy on problems written with digits aligned in columns
- Mastery rule:
- on 3 consecutive weekly work samples
- Collection schedule:
- weekly from math class work
- Method:
- Work-sample analysis
- Data collector:
Goal: By the annual IEP review date, given 10 multi-digit addition or subtraction problems to copy and solve on plain paper, the student will write each problem with the digits aligned in place-value columns independently with at least 90% accuracy on problems written with digits aligned in columns, on 3 consecutive weekly work samples, as measured by work-sample analysis collected weekly from math class work.
| Date | Task / materials | # correct | # attempted | % accuracycorrect ÷ attempted × 100 | Support levele.g., independent, 1 verbal prompt | Notes |
|---|---|---|---|---|---|---|
Preview shows 4 of 12 rows.
- Score only items the student attempted unless the goal defines a fixed set of items. Use the same denominator every session.
- Percent = numerator ÷ denominator × 100. Round to one decimal place.
- Record the support actually provided, even if the goal is independent performance.
The CSV opens in Excel or Google Sheets, with formulas. Sheets print blank; no student data is stored.