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Multiplication & Division IEP goals

Multiplication and division goals range from building the idea of equal groups to completing multi-digit procedures. Decide whether the need is conceptual, fact recall, or procedural, because each is measured differently. For some students, a calculator goal is the most useful route to grade-level problem solving.

6 templates · Not yet educator-reviewed · How we write and review goals

Sample multiplication & division goals

Numbers are illustrative. Set targets from the student's own baseline data.

  • Unreviewed draft3-5, 6-8Rate (per minute)

    Write multiplication facts on a timed probe

    Multiplication fact fluency

    By the annual IEP review date, given a 2-minute probe of mixed multiplication facts with factors 0 to 10, the student will write the product for each fact independently at a rate of at least 25 digits correct per minute, in 3 of 4 consecutive weekly probes, as measured by curriculum-based measurement probes collected weekly.

    Customize this goalFrequency & rate tracker
  • Unreviewed draft3-5, 6-8Rate (per minute)

    Write division facts on a timed probe

    Division fact fluency

    By the annual IEP review date, given a 1-minute probe of division facts related to multiplication facts with factors 0 to 10, the student will write the quotient for each division fact independently at a rate of at least 15 problems correct per minute, in 3 of 4 consecutive weekly probes, as measured by timed probes collected weekly.

    Customize this goalFrequency & rate tracker
  • Unreviewed draftK-2, 3-5Opportunities

    Model multiplication with arrays or equal groups

    Multiplication concepts (arrays and equal groups)

    By the annual IEP review date, when given a multiplication expression with factors to 5 (for example, 3 × 4), the student will build the matching array or equal groups with counters and state the product independently in at least 4 of 5 opportunities, across 3 consecutive data collection sessions, as measured by opportunity-by-opportunity data collected twice weekly.

    Customize this goalOpportunity tracker
  • Unreviewed draft3-5, 6-8Percent accuracy

    Multiply multi-digit numbers and show the written work

    Multi-digit multiplication

    By the annual IEP review date, given 8 two-digit by two-digit multiplication problems, the student will show the partial products or regrouping and write the product for each problem independently with at least 75% accuracy on multi-digit multiplication problems, on 3 of 4 consecutive weekly work samples, as measured by work-sample analysis collected weekly.

    Customize this goalAccuracy tracker
  • Unreviewed draft3-5, 6-8Task-analysis steps

    Follow the steps of long division

    Long division procedure

    By the annual IEP review date, given a three-digit by one-digit long division problem, the student will solve the problem by completing each step of the long division procedure without a cue card, performing at least 8 of 9 steps independently, on 3 consecutive weekly probes, as measured by a task-analysis checklist collected weekly.

    Customize this goalTask-analysis checklist
  • Unreviewed draft3-5, 6-8Percent accuracy

    Use a calculator to solve multiplication and division problems

    Calculator use for multiplication and division

    By the annual IEP review date, given 10 multi-digit multiplication and division problems written as equations, the student will enter each problem into a calculator in the correct order and record the answer independently with at least 90% accuracy on calculator problems, on 3 of 4 consecutive probes, as measured by work-sample analysis collected every two weeks.

    Customize this goalAccuracy tracker

Math · Multiplication & Division

Customize a goal

Student reference

Use a generic label rather than a student's name. Review goals within your school's approved IEP system.

Current baseline

Sample numbers are illustrative. Set the baseline and target from the student's own assessment data and team judgment.

Condition

Setting, materials, or situation, such as a passage level or a work period.

Observable behavior

Something an adult can see, count, or time. Avoid “understand,” “improve,” or “know.”

Level of support

Say exactly what support counts, such as “with one verbal prompt.” Leave “independently” if none.

Criterion

Count of correct responses per minute on a timed task.

Measurement method

Brief, standardized probes given at regular intervals and scored the same way each time.

Mastery rule
Timeframe and monitoring

You can type a date, such as “By May 15, 2027”.

Match the schedule to the skill. Fluency often uses weekly probes. Writing rubrics may be scored every few weeks.

Live goal preview

By the annual IEP review date, given a 2-minute probe of mixed multiplication facts with factors 0 to 10, the student will write the product for each fact independently at a rate of at least 25 digits correct per minute, in 3 of 4 consecutive weekly probes, as measured by curriculum-based measurement probes collected weekly.

Baseline: 10 digits correct per minute.

  • Condition
  • Observable behavior
  • Criterion
  • Measurement method
Add objectivesMatching data sheet

Measurability check10 of 10 met

All structural checks are met.

  • Met: Observable behavior. The behavior is stated as an action.

  • Met: Condition. The goal states when or under what conditions the behavior occurs.

  • Met: Unit fits the behavior. Rate (per minute) is a reasonable way to quantify this behavior.

  • Met: Explicit criterion. The success criterion is stated with a number and unit.

  • Met: Mastery rule and schedule. Mastery rule and collection schedule are stated.

  • Met: Method produces the metric. Curriculum-based measurement can produce rate (per minute) data.

  • Met: Review timeframe. The goal includes a timeframe.

  • Met: Baseline and target compatible. Baseline and target use the same unit and show change in the intended direction.

  • Met: Aligned with area of need. The wording still relates to Multiplication & Division.

  • Met: Level of support. The level of support is defined.

What this checks: the goal's structure and wording, using fixed rules: observable behavior, condition, criterion, method, mastery rule, timeframe, baseline/target consistency, and support. It can't judge whether the goal is appropriate, ambitious enough, or legally sufficient for a particular student. That requires assessment data and the IEP team.

Short-term objectives (optional)

When are objectives required?

Federal IDEA regulations require benchmarks or short-term objectives only for students who take alternate assessments aligned to alternate academic achievement standards (34 CFR §300.320(a)(2)(ii)). Your state or district may require them more broadly.

Build objectives by

Matching data sheet

Frequency & rate tracker. Your goal is a per-minute rate, so the sheet records timing length and number correct.

Frequency & rate tracker

Rate (per minute)
Student label:
 
Target:
at a rate of at least 25 digits correct per minute
Mastery rule:
in 3 of 4 consecutive weekly probes
Collection schedule:
weekly
Method:
Curriculum-based measurement
Data collector:
 

Goal: By the annual IEP review date, given a 2-minute probe of mixed multiplication facts with factors 0 to 10, the student will write the product for each fact independently at a rate of at least 25 digits correct per minute, in 3 of 4 consecutive weekly probes, as measured by curriculum-based measurement probes collected weekly.

Frequency & rate tracker
DateProbe / formTiming (min)# correct# errorsCorrect per minute# correct ÷ minutesSupport levele.g., independent, 1 verbal promptNotes

Preview shows 4 of 12 rows.

  • Use the same timing length and probe type every session.
  • Rate = number correct ÷ minutes timed.
  • Target unit: digits correct per minute.

The CSV opens in Excel or Google Sheets with formulas for the calculated columns. Sheets are blank: IEP Atlas doesn't store student data.

Prefer more room? Open this template in the full builder.

skill_page

What multiplication & division involves

  • Representing multiplication with arrays and equal groups
  • Recalling multiplication and related division facts
  • Multiplying multi-digit numbers with written work
  • Following the steps of long division, including remainders
  • Using a calculator accurately when that is the agreed tool

Baseline and measurement considerations

  • Fact goals fit rate measures on short timed probes; keep the fact set and timing constant.
  • Concept goals with manipulatives suit opportunity data, scored when the model matches both factors.
  • Long division is a good fit for a task-analysis checklist matched to the taught method.
  • For multi-digit work, separate fact errors from procedural errors when scoring.

Progress-monitoring methods used in these templates

  • Curriculum-based measurement: Brief, standardized probes given at regular intervals and scored the same way each time.
  • Timed probes: A fixed-length timing (for example, 1 or 2 minutes) used to calculate a per-minute rate.
  • Opportunity (trial) recording: Each planned or naturally occurring opportunity is recorded as correct/independent, prompted, or not demonstrated.
  • Work-sample analysis: Scoring completed student work (permanent products) against a defined answer key or checklist.
  • Task-analysis checklist: A routine is broken into ordered steps; each step is recorded as independent, supported, or not completed.

Matching data sheets

Each template links to a blank sheet built for its measure. You can also download these sheets on their own:

  • Frequency & rate tracker: Counts a defined behavior during a fixed observation period. Calculates rate when time is recorded.
  • Opportunity tracker: Records each opportunity as independent, prompted, or not demonstrated.
  • Accuracy tracker: Number correct out of number attempted, with percent accuracy and support level.
  • Task-analysis checklist: Marks each step of a routine as independent, with support, or not completed across sessions.

Common mistakes when writing multiplication & division goals

  • Writing a fact-fluency goal when the student cannot yet model what multiplication means.
  • Using a long division checklist that does not match the method taught in class.
  • Counting fact errors as procedure errors, which hides progress in the algorithm.
  • Treating calculator use as "lowering the bar" rather than as a deliberate team decision documented in the IEP.

Frequently asked questions

Should I wait for fact mastery before teaching multi-digit multiplication?

Not necessarily. Many teams allow a multiplication chart so the student can work on the procedure while facts are built in a separate goal. State the chart as a support so the data are interpreted correctly.

Is a calculator goal appropriate?

It can be when the team decides calculator access is the best path for the student, based on present levels and broader goals. List the calculator in accommodations too, and check state rules for its use on assessments.

How do I measure long division progress?

A task-analysis checklist records which steps the student completes independently, which shows where the procedure breaks down. Pair it with an accuracy measure if the final answer also needs tracking.

Do I need short-term objectives for a math goal?

Federal rules require benchmarks or short-term objectives for students who take alternate assessments aligned to alternate academic achievement standards (34 CFR §300.320(a)(2)(ii)). Some states and districts require them for more students, so check local policy. Where they are used, a skill progression (for example, easier number ranges first) is a practical way to write them.

References

IEP Atlas is a drafting aid. Every goal is a starting point that needs to be individualized from assessment data and reviewed by the IEP team. It does not determine compliance or appropriateness for any student.