French Verb Engine™ — Predictive Verb System & Classroom Teaching Framework

The French Verb Engine™ is a one-page structural system that reveals how French verbs are built across tenses and persons.

Instead of memorising hundreds of individual conjugations, students learn to recognise the patterns that govern verb construction. Once a verb’s structural family is identified, the same logic can be applied to many other verbs.

The Engine transforms French conjugation from a memorisation problem into a predictable system.

Why This Tool Exists

French verbs often appear irregular because the structure of the language is rarely shown clearly.

Students are typically asked to memorise:

• isolated conjugation tables

• irregular verb lists

• tense rules taught separately

This makes it difficult for students to:

• predict unfamiliar verbs

• understand why forms change

• diagnose their own errors independently

The French Verb Engine™ exposes the structural logic behind verb construction so that verbs can be understood as a system rather than a set of exceptions.

What the French Verb Engine Is

The Verb Engine is a single-page structural reference map showing how French verbs are constructed across the tense system.

It displays:

• verb stems

• auxiliary structures

• tense formation patterns

• conjugation endings

This allows teachers and students to see exactly how verb forms are built.

It reveals:

• how stems are selected

• how tense structures are formed

• how endings are applied

• how patterns remain consistent across verb groups

This is not a traditional conjugation chart.

It is a verb construction system.

The Predictive Verb Families

The Engine is built around 21 carefully selected verbs that represent the major structural families of French verbs.

Each verb acts as a predictive key that unlocks many related verbs.

Examples:

parler → travailler, regarder, écouter

finir → choisir, réussir, grandir

prendre → apprendre, comprendre, surprendre

mettre → permettre, promettre, transmettre

Students learn 21 verbs — but gain the ability to predict hundreds of others.

Classroom Scaffolding System

The complete Engine contains 21 verbs across 7 tenses. To prevent cognitive overload, the package includes a structured classroom sequence that reveals the engine progressively as students learn new tenses.

Students build the engine step by step across the year.

The sequence includes 12 progressive variants organised into 7 teaching stages, with each stage adding a new tense column.

Stage Overview

Stage 1 – Present Tense Foundation

Four verb families introduced across five variants.

Stage 2 – Futur Proche

Stage 3 – Passé Composé (Avoir)

Stage 4 – Passé Composé (Être)

Stage 5 – Imparfait

Stage 6 – Futur Simple and Conditionnel

Stage 7 – Subjonctif (optional)

By the final stage, students hold a single sheet that allows them to construct French verb forms across the full tense system.

What This Allows Teachers to Do

The Verb Engine helps teachers:

• reveal the structural logic behind verb formation

• teach verbs by pattern rather than memorisation

• show relationships between verb families

• help students predict unfamiliar verbs

• diagnose conjugation errors precisely

• provide a complete tense-system reference on one page

The engine can function both as:

• a master verb reference sheet

• a structured classroom teaching framework

What Students Learn

Students learn to:

• identify verb structural families

• build conjugations using stems and endings

• recognise patterns across verbs

• predict unfamiliar verb forms

• verify their own work independently

Instead of memorising hundreds of isolated forms, they learn how the system works.

What’s Included

The Verb Engine

• 1-page Engine PDF (colour)

• 1-page Engine PDF (black & white)

• High-resolution PNG version

• Editable Excel engine file

Scaffolding Variant Sequence

• 12 progressive Excel Engine variants

• classroom teaching sequence

• verb family infographic sheet

• empty engine introduction sheet

Guidance Materials

• Teacher Guide explaining the classroom deployment sequence

• Student Guide explaining how the engine works