Math programs for special education: special ed math programs and math intervention programs for special education with IEP evidence

Your student can do the steps with you beside them and loses them on the quarterly probe. Coeducate tutors the problem with questions, names the idea that broke, and dates the evidence for the IEP progress report. Paste one answer into the panel to try it.

See pricing

No disability data collected. Student work is never used to train models.

Mastery Check

of 3 runs left

Subject

Grade band

Student work

Nothing here is stored

Use the sample or your own practice text. Never paste a real student's name.

Tutor mode

Session evidence card

This is what a teacher opens after every session. That was your third run. Nothing you typed was stored.

The short answer

What a math intervention program for special education has to produce

Coeducate is math intervention software that special education teachers use with students in grades 3 to 12 who are working toward grade-level math goals. The student solves a problem from your own material and explains it to an AI tutor that asks the next question instead of giving the answer. Each session ends with a dated, per-skill record naming the idea that failed, with the student's own words quoted, which is the evidence an IEP progress report asks for.

It is not a functional math curriculum, not IEP-writing software and not a substitute for the specially designed instruction a special educator delivers. It removes the hours spent working out, from a pile of worksheets, why each student missed the item and whether that has changed since the last report.

At a glance

Grades: Math, grades 3 to 12
Settings: Resource room, co-taught, pull-out
Session length: Works in 10 to 40 minutes
Diagnosis: Named misconception per skill
Disability data collected: None
Export: CSV on every tier
Training on student work: Never

01 The paperwork behind the goal

Why special ed math programs get judged on their data, not their lessons

Under IDEA, every IEP has to say how progress toward each annual goal will be measured and when parents will get periodic reports on it (34 CFR 300.320(a)(3)). Since the Supreme Court's 2017 Endrew F. decision, the IEP also has to be reasonably calculated to let the child make progress appropriate in light of their circumstances. Both turn on the same thing: dated evidence that a skill moved, or that it did not and the plan changed.

A percent-correct probe tells the team whether the number went up. It does not tell them what to change when it does not, and that is the question an annual review and a parent keep asking.

The probe score is flat

Four data points in a row at 40 percent. The team knows the student is stuck. Nobody on the sheet can say whether the block is the concept, the procedure or reading the word problem.

The work samples are in a folder

The evidence exists on paper, undated or dated in pencil, and turning it into a quarterly report means rereading every sheet the night before.

The report says "progressing"

A parent asks what the student can do now that they could not do in October. A percent and the word progressing do not answer that. A quoted explanation from October and one from January do.

The caseload is too wide to sort by hand

Twenty students across four grades and a dozen different math goals. Grouping by the idea that broke, not by grade, is the right move and the slowest one to do from paper.

02 How it runs

A resource room math session with the software, in four steps

Pick the item that matches the goal

Paste a problem from the material you already teach, aligned to the IEP goal you are measuring. No new curriculum to adopt, and no leveled track the student has to be placed in.

The student works and explains

The student solves it and writes a sentence or two about why, typed or scribed by an adult. When the reasoning slips, the tutor asks one question aimed at that idea. In Socratic mode it never hands over the answer.

The card names what broke

The session ends with a card: the misconception in plain words, a rating per skill, the student's own words quoted as evidence, and the date.

You reteach, then report

Each card ends with a three-step reteach for the named idea. Over a marking period the dated cards build the skill history you summarize in the progress report, and CSV export takes it into your own spreadsheet.

The same card works in a co-taught general education class, a pull-out group or a one-to-one session with a paraprofessional. It is written from a single piece of work, so it does not depend on who runs the session or how long it lasts. For intervention students without an IEP, the same records feed the MTSS progress monitoring software view used at Tier 2 decision meetings.

03 Example output

One grade 7 integer answer, one named misconception, one dated record

IEP goal (example)

Given ten problems adding and subtracting integers, the student will solve them with 80 percent accuracy, independently, on three consecutive probes.

The item and what the student wrote

-3 - 5 = ? "2. Because you take the small one from the big one and 5 is bigger so it is positive."

A probe scores it wrong and moves on. The card shows the student is running the whole-number rule "subtract the smaller from the larger" and has no picture of moving left on a number line. That calls for a number line reteach, not ten more problems of the same kind.

For students in grades 3 to 5, where the gap is usually fractions or place value, the elementary math intervention programs page shows the same card on a fraction item.

Session evidence card, grade 7, integers

Fixed example

Diagnosis

Applies the whole-number subtraction rule to negative numbers

The student subtracts the smaller absolute value from the larger one and gives the sign of the larger number, as with whole numbers. The student does not treat subtracting 5 as moving 5 to the left of -3. The answer is -8.

Next tutoring move / hint only

Start at -3 on the number line. Subtracting means moving which way? How far? Where do you land?

Skill mastery read

Subtracting integers

Not yet

16%

Wrote that you take the small one from the big one, so -3 - 5 is 2.

Integers on a number line

Developing

40%

Placed -3 correctly but described subtracting as moving toward zero.

Adding integers with the same sign

Developing

52%

Solved -2 + -4 correctly but called it adding the minus signs together.

Explaining a step in words

Secure

74%

Gave a reason for every step, which is what made the error visible.

Teacher note

Uses a whole-number rule for integer subtraction. Gets same-sign addition right with a fragile rule. Every subtraction item on the goal will fail the same way until the number line model is in place.

Reteach in 5 minutes

Subtracting means moving left

Draw a number line from -10 to 10 and mark -3.
Say out loud: minus 5 means move 5 steps left, then count the steps.
Do 2 - 5 and -3 - 5 side by side and compare where each one lands.

04 Research alignment

Math interventions for students with disabilities: what the research asks for, and what we cover

The rows below follow the Institute of Education Sciences practice guide Assisting Students Struggling with Mathematics (2021) and the data-based individualization process from the National Center on Intensive Intervention, the federally funded center most special education teams use for intensive intervention. The last column is there on purpose.

Research practice	Covered	What Coeducate does	What it does not do
Explicit, systematic instruction	Partly	Every card ends with a three-step reteach aimed at the named idea, so the next session starts from a specific gap.	It does not supply a scripted daily lesson sequence.
Precise mathematical language	Yes	Students explain in their own words and the tutor asks them to name what a sign, a denominator or a variable means. The card quotes the words they used.	It does not run a vocabulary routine on its own.
Concrete and visual representations	Partly	Reteach steps use number lines, strips, area models and drawings, and the tutor asks students to describe a picture of the quantity.	No virtual manipulatives. Use physical ones with the adult.
Frequent progress monitoring	Partly	Every session writes a dated per-skill record, so skill-level evidence builds up between probes.	It is not a norm-referenced general outcome measure. Keep your probe or CBM.
Data-based adjustment (NCII DBI)	Yes	The named misconception is the diagnostic step DBI asks for: what to change when the data are flat.	It does not write the adjusted intervention plan for the team.
Timed fluency practice	No	Nothing. The tutor is untimed because it reads reasoning.	Run a separate fluency routine for fact recall.

Explicit, systematic instruction

Covered: Partly

What Coeducate does: Every card ends with a three-step reteach aimed at the named idea, so the next session starts from a specific gap.
What it does not do: It does not supply a scripted daily lesson sequence.

Precise mathematical language

Covered: Yes

What Coeducate does: Students explain in their own words and the tutor asks them to name what a sign, a denominator or a variable means. The card quotes the words they used.
What it does not do: It does not run a vocabulary routine on its own.

Concrete and visual representations

Covered: Partly

What Coeducate does: Reteach steps use number lines, strips, area models and drawings, and the tutor asks students to describe a picture of the quantity.
What it does not do: No virtual manipulatives. Use physical ones with the adult.

Frequent progress monitoring

Covered: Partly

What Coeducate does: Every session writes a dated per-skill record, so skill-level evidence builds up between probes.
What it does not do: It is not a norm-referenced general outcome measure. Keep your probe or CBM.

Data-based adjustment (NCII DBI)

Covered: Yes

What Coeducate does: The named misconception is the diagnostic step DBI asks for: what to change when the data are flat.
What it does not do: It does not write the adjusted intervention plan for the team.

Timed fluency practice

Covered: No

What Coeducate does: Nothing. The tutor is untimed because it reads reasoning.
What it does not do: Run a separate fluency routine for fact recall.

Coeducate has no efficacy study of its own and no ESSA evidence tier. What it has is a record, per student and per session, that makes the diagnostic half of data-based individualization faster, and a plain statement of where you still need something else.

05 Comparison

Special education math programs by category, and which one fits which goal

Special education departments usually buy from five categories. They answer different IEP goals, and a caseload with a mix of goals usually needs two. This compares categories, not vendors.

Question	Functional math curriculum	Structured intervention curriculum	Adaptive practice software	Progress monitoring probes	Coeducate
Best for	Life skills and functional goals: money, time, measurement	Students who need a scripted, sequenced skill program	Independent practice at the student's level	General outcome measurement on a fixed schedule	Grade 3 to 12 goals where the team needs to know why answers fail
Explains why an answer was wrong	Through the adult delivering it	Through the adult delivering it	Usually adjusts the level rather than naming the reason	No, it scores the probe	Yes, a named misconception per skill with the student's words quoted
Groups a mixed caseload by the idea that broke	No	By lesson or level	By level	By score band	Yes, the class view sorts cards by skill and misconception
Uses the material you already teach	No, you adopt theirs	No, you adopt theirs	No, their lessons	No, their probes	Yes
Needs the student to write	No	No	No	No	Yes, a sentence or two, typed or scribed
Independent efficacy evidence	Varies	Many publish studies	Varies by product	Many have technical adequacy data	None yet
How it is bought	Per kit or per classroom	Per student or per kit	Per-student license, usually by quote	Per student or site license	$89 to $1,290 per month, published, PO on District

Best for

Functional math curriculum: Life skills and functional goals: money, time, measurement
Structured intervention curriculum: Students who need a scripted, sequenced skill program
Adaptive practice software: Independent practice at the student's level
Progress monitoring probes: General outcome measurement on a fixed schedule
Coeducate: Grade 3 to 12 goals where the team needs to know why answers fail

Explains why an answer was wrong

Functional math curriculum: Through the adult delivering it
Structured intervention curriculum: Through the adult delivering it
Adaptive practice software: Usually adjusts the level rather than naming the reason
Progress monitoring probes: No, it scores the probe
Coeducate: Yes, a named misconception per skill with the student's words quoted

Groups a mixed caseload by the idea that broke

Functional math curriculum: No
Structured intervention curriculum: By lesson or level
Adaptive practice software: By level
Progress monitoring probes: By score band
Coeducate: Yes, the class view sorts cards by skill and misconception

Uses the material you already teach

Functional math curriculum: No, you adopt theirs
Structured intervention curriculum: No, you adopt theirs
Adaptive practice software: No, their lessons
Progress monitoring probes: No, their probes
Coeducate: Yes

Needs the student to write

Functional math curriculum: No
Structured intervention curriculum: No
Adaptive practice software: No
Progress monitoring probes: No
Coeducate: Yes, a sentence or two, typed or scribed

Independent efficacy evidence

Functional math curriculum: Varies
Structured intervention curriculum: Many publish studies
Adaptive practice software: Varies by product
Progress monitoring probes: Many have technical adequacy data
Coeducate: None yet

How it is bought

Functional math curriculum: Per kit or per classroom
Structured intervention curriculum: Per student or per kit
Adaptive practice software: Per-student license, usually by quote
Progress monitoring probes: Per student or site license
Coeducate: $89 to $1,290 per month, published, PO on District

If your district already licenses an adaptive program such as i-Ready for students with IEPs, Coeducate sits next to it rather than replacing it. The i-Ready alternative for schools page covers that split row by row, and the math intervention software for middle school page covers the Tier 2 groups many of the same teachers also run.

06 Being straight about it

When a math program for special education from us is the wrong purchase

The goal is functional or life skills math. Counting money, reading a schedule, measuring for a recipe. Buy a functional math curriculum with the lessons and materials those goals need.
The student does not communicate in writing. The tutor reads a written explanation. Adult scribing works for many students, but for students who communicate mainly through AAC or gesture, an in-person approach is the right spend.
The student needs read-aloud built into the tool. Coeducate has no built-in text-to-speech. Students who rely on it need a screen reader or an adult reading the item aloud.
Your funding requires an ESSA evidence tier. We have no efficacy study. If the grant depends on one, spend that money on a program that has it.

07 Who uses it

Built for the people who own the IEP math goal

Resource room teacher

Carries a caseload across several grades with different math goals. The cards replace sorting worksheets to find who has which idea, and the dated history is ready when the quarterly report is due.

Co-teacher in a general education math class

Supports students with IEPs inside the lesson. The tutor keeps each one moving with questions while the co-teacher works with a small group, and the cards show which idea each student is missing.

Special education coordinator

Needs progress reports that hold up at an annual review and in front of a parent advocate. Dated, per-skill evidence in the student's own words is harder to dispute than a score with no context.

Director who signs the PO

Needs a published price and a privacy posture that survives review. The student privacy and COPPA compliance page lists what we hold, and the School plan pricing is on the page, not behind a demo.

08 FAQ

Questions special education teams ask before buying a math program

Supporting high school students with IEPs in Algebra 1? The high school math intervention programs page shows the card on equation work.

What is the best math program for special education students?

The best math program for a special education student is the one that matches the goal in the IEP. A student with a functional or life skills goal needs a functional math curriculum. A student in grades 3 to 12 working toward grade-level skills needs systematic, explicit intervention plus data that shows why each answer went wrong. Coeducate serves the second group: it names the broken idea per skill and dates the evidence.

What are math interventions for students with disabilities?

Math interventions for students with disabilities are explicit, systematic instruction on a small set of prioritized skills, delivered more often and in smaller groups than core instruction, with frequent progress checks. The National Center on Intensive Intervention calls the adjust-as-you-go cycle data-based individualization. Most use concrete and visual representations, worked examples and a lot of practice explaining the step.

How do you progress monitor IEP math goals?

You measure the goal the way the IEP says it will be measured, at the interval it states, and keep the dated data. Many teams pair a general outcome probe with skill-level work samples. Coeducate supplies the second: each session writes a dated card per skill with the student's own words quoted, which drops straight into a quarterly progress report.

Does Coeducate replace specially designed instruction?

No. Specially designed instruction is delivered by a qualified special educator under the IEP, and software cannot stand in for it. Coeducate is a tool that teacher uses: the student works a problem, the AI tutor asks questions instead of giving the answer, and the teacher gets a record of the idea that broke and a three-step reteach to run.

Can students with an IEP use an AI math tutor?

Yes, if they can explain their answer in a sentence or two, typed by them or scribed by an adult. The tutor reads written reasoning, so it suits students in grades 3 to 12 with a specific learning disability in math, ADHD or a similar profile. It is the wrong tool for students who communicate mainly without text.

Is Coeducate a functional math or life skills curriculum?

No. It has no money-counting, time-telling or community math lessons, and no leveled workbook sequence. If an IEP goal is functional, buy a functional math curriculum. Coeducate is built for students working toward grade-level concepts such as fractions, place value, integers and equations.

How much do math intervention programs for special education cost?

Most adaptive intervention programs are licensed per student per year, and districts usually get the number only after a quote. Coeducate publishes its price: $89 a month for one teacher and up to 60 students, $3,480 a year for a school of up to 600 students, and $1,290 a month for a district with PO billing.

Is student data safe for students with disabilities?

Disability status is sensitive, so Coeducate does not ask for it. The tutor needs a first name or a code and the student's work, nothing about the IEP itself. Student work is never used to train models, and the security page lists what we hold and what we do not.

09 Pricing

Priced per program, not per seat

Annual billing is about 17% lower. There is no free tier, and the privacy posture is identical on every plan.

Classroom

$89/mo

One teacher, up to 60 students, CSV mastery export.

School

$349/mo

Up to 10 educators and 600 students, roles, SSO, scheduled reports.

District

$1,290/mo

Up to 75 educators and 5,000 students, standards mapping, SIS export, PO billing.

Full pricing and Enterprise

More AI tools for teachers

Product pages

Run one IEP goal item through the Mastery Check

Paste a problem from the goal you are measuring and a student's answer with their explanation, then read the card it returns. Nothing you type is stored.

Student work is never used to train models. No card required to try the demo.

Try the demo