For interventionists, tutors, special educators, and the leaders who schedule them.

30-minute sessions, 3 a week

Evidence grade: Proven in classroomsTutoring itself is Proven in classrooms; the decision rules are graded Promising.

Tutoring works when three things are locked in: a fixed structure, students who are held to it, and data that changes what happens next. Without the data loop, progress checks become paperwork. A review of progress-monitoring research found achievement improved when teachers used the data to change instruction, and teachers often collect it without acting on it (Stecker, Fuchs & Fuchs 2005, via Leiden(opens in a new tab)).

Every tutoring group runs on the same weekly data loopDecision rules turn scores into changes in teaching
Screen3 times a year
Placegroup + program
Teach3+ sessions a week
Probeweekly, 2 minutes
Decidegraph vs. goal
Back to Teach: adjust or keep going
Exitgoal met 3 weeks

Source: using data to change instruction: Stecker, Fuchs & Fuchs 2005. The specific decision rules are common practice, graded Promising.

1. Structure (the same every session)

Minutes (of 30)PartEvidence
0–5Review from memory: last session's skill, plus one older onePrinciples 6, 7
5–15Teach one skill explicitly, with a worked example and clear math or reading languageSystematic instruction, IES math intervention guide (IES 2021(opens in a new tab))
15–25Guided practice; every response checked; errors corrected on the spotPrinciple 4
25–28Timed fluency activity (facts, words, or key steps)Timed activities, IES 2021 guide
28–30Mastery check; tutor logs the scoreData loop below

Fixed rules: at least three sessions a week, during the school day, groups of one to three, one structured program, the same tutor where possible (Nickow et al.(opens in a new tab)).

2. Student accountability

  • Entry conference. Student, tutor, and family agree on one goal in plain words ("Read 60 words a minute by March"; "All multiplication facts in 3 seconds").
  • The student keeps the graph. Each week the student plots their own probe score against the goal line. They should be able to say where they are and what's next.
  • Attendance is expected, not optional. Target 3 of 3 sessions. Missed sessions are made up within the week.
  • Mastery before moving on. A skill is "done" when the mastery check is passed on two separate days, not when the lesson is taught.
  • Family update every two weeks. The graph, the next goal, and one thing to practice at home.

3. Data tracking

WhatWhenWho
Universal screenerFall, winter, springClassroom teacher
Weekly progress probe (1–3 minutes, same type each week)Every weekTutor
Mastery checkEnd of every sessionTutor
AttendanceEvery sessionTutor
Fidelity check (adapted five-minute visit)Every two weeksCoach or leader

Decision rules (common practice in progress monitoring; the site grades the rules themselves as Promising):

  • After at least six weekly probes, compare the trend with the goal line.
  • Four probes in a row below the goal line: change something. Check attendance first, then the skill level, then the program.
  • Four in a row above: raise the goal.
  • At or above benchmark for three weeks plus mastery of the unit: exit, then check monthly.

The tracker (one row per student, reviewed in a 20-minute weekly data meeting)

StudentProgram and unitSessions this week (of 3)Last mastery checkWeekly probeTrend vs goalDecision
[Name][Program, unit 4]3Passed52 wpmOn trackContinue
[Name][Program, unit 2]2Not yet31 wpmBelow, 4 weeksChange: smaller steps, fluency added

What the evidence says about this system

  • Proven: frequent, in-school, small-group tutoring with a structured program (principle 12).
  • Strong: using progress data to change instruction, rather than just collecting it (Stecker et al.).
  • Promising: specific decision rules and student self-graphing. They are widely used and sensible, but less directly tested.
  • The scale warning: Nashville's large program showed small effects (Kraft et al.(opens in a new tab)). Its schedule put many sessions before or after school and it was still building its program, which is exactly what this structure is designed to prevent.

Sources

  1. Stecker, Fuchs & Fuchs 2005, via Leiden (opens in a new tab)

    scholarlypublications.universiteitleiden.nl

  2. IES practice guide: Assisting students struggling with mathematics (2021) (opens in a new tab)

    ies.ed.gov

  3. Nickow, Oreopoulos & Quan 2024 (opens in a new tab)

    nssa.stanford.edu

  4. Kraft et al. 2024 (Nashville) (opens in a new tab)

    edworkingpapers.com