▸ Course generation

From one sentence
to a ready-to-teach course.

You type the class, grade, and standards. Coursim writes every lesson, aligns every question, builds three paths, and hands you an editable draft – usually in under a minute.

coursim.co/generate/newgenerating · 00:42

Describe your course

One sentence works. Coursim fills in the rest – you can edit anything.
Teach 7th-grade fractions & ratios to 28 students over 3 weeks, TEKS aligned.
SubjectMath · 7th grade
FrameworkTEKS · 23 standards
Class size28 students
Duration3 weeks · 13 lessons
PathsScaffold · On-level · Extension

Building your courseTime

✓Parsed scope · 23 TEKS standards located0.8s
✓Unit map · Fractions → Ratios → Proportional3.9s
✓Wrote 13 lessons · 127 questions28.4s
Aligning items to TEKS sub-standards…6.0s
○Branching 3 differentiated paths–
–
Preview · Unit 1
13 lessons · 127 questions · 3 paths
L1 IntroL2 EquivalentL3 CompareL4 OperationsL5 DecimalsL6 CheckL7 RatiosL8…+5
42s median generation48 standards frameworks100% teacher-editable

One sentence in.
A Monday-ready unit out.

The shift isn't speed – it's where your week goes.

Before Coursim · a typical week

You spend 6 hours building. 14 hours teaching. 0 hours differentiating.

  • Sun 4pmPull last year's unit from Drive. Rewrite intro.
  • Sun 6pmHunt for practice problems. Copy from three worksheets.
  • Mon 7amPrint 30 copies. Realize two pages are cut off.
  • Mon 1pmHalf the class is bored, half lost. Nobody's on level.
  • Tue 9pmWrite tomorrow's exit ticket. In bed. Again.
  • Fri 3pmNo time to reteach Sara. She's behind three weeks.
With Coursim · With Coursim · same week

You spend 2 minutes prompting. Then you teach.

  • Sun 4pmType "Teach fractions to 7th grade, TEKS." Draft in 42s.
  • Sun 4:05pmSkim the unit map. Swap two examples to pizza and soccer.
  • Mon 8am28 students, 28 auto-assigned paths – Ava extends, Sara scaffolds.
  • Mon 1pmEvery kid on a lesson tuned to them. You walk the room.
  • Tue 9pmYou're asleep. Sage graded tonight's exit ticket.
  • Fri 3pmCoursim flags Sara was stuck on L3. You meet her Monday, fresh.

Five stages. One prompt.

Every generation runs through the same pipeline. Each step is inspectable and teacher-editable – nothing happens in a black box.

1

Parse

Subject, grade, standards, scope, tone.

~0.8s
2

Map

Unit structure, pacing, Bloom's + DOK.

~4s
3

Write

Every lesson, every question, every hint.

~28s
4

Align

Validate each item against the framework.

~6s
5

Branch

Build scaffolded / on-level / extension paths.

~3s

It's not a prompt wrapper. It's a pedagogy.

Every unit Coursim builds is modeled against the same constraints a curriculum specialist would apply. The blueprint is visible before a single lesson is written.

Bloom's distribution, DOK levels, prerequisite dependencies, anticipated misconceptions – all of it is part of the model, not an afterthought. You can see it, you can edit it, you can lock it.

  • Objectives mapped to measurable verbs, not "understand"
  • Prerequisite chains auto-detected (can't teach division without subtraction first)
  • Each question tagged with difficulty, DOK level, and the specific standard sub-bullet
  • Anticipated misconceptions baked into Sage's hints – not generated on the fly
🧠
Unit blueprint · Fractions & Ratios
auto-generated · editable · TEKS 7.3–7.4
Duration3 weeks · 13 lessonsvalidated
Scope6 sub-standards (7.3A–D, 7.4A–B)validated
Prerequisites6th · multiplication, fraction basicschain ok
Bloom's mix
balanced
DOK distribution1: 30% · 2: 45% · 3: 20% · 4: 5%model
Misconceptions12 anticipated (e.g. inverted ratios)hinted
Reading levelGrade 6.4 · 2 grade spreadon-target
Differentiation3 paths · 5 reading variantsready

This is what actually lands on your desk.

Every lesson ships with instruction, modeled practice, independent practice, and an exit ticket. Nothing to assemble.

LESSON 7 / 13TEKS 7.4AObjective: Represent and solve ratio problems using proportional relationships.

Ratios in the real world

Before: Compare fractions · After: Proportional reasoning with tables · Duration: ~45 min
ScaffoldedOn-levelExtension

1 1

Instruction

A ratio compares two quantities. If a recipe needs 2 cups of flour for every 3 cups of sugar, the ratio is 2:3. For every 2 flour, there are 3 sugar – always. 💡 Common misconception:

2 2:3 is not the same as 3:2. Order matters. Sage will catch this automatically.

12DOK 1
21DOK 1
32DOK 2
43DOK 2

3 Independent practice · 6 questions

55DOK 1
6DOK 1DOK 2
7DOK 2DOK 3

4 Exit ticket · 2 questions

11DOK 2DOK 2
12Write a real-world ratio from your day today. Explain what it compares.DOK 3

Every major framework. Pre-loaded.

Pick your standards framework at setup. Every question generated is tagged, validated, and auditable against it.

CCSSCommon Core · US K-12
NGSSNext Gen Science
TEKSTexas Essential Knowledge
CKLACore Knowledge Lang. Arts
C3Social Studies framework
Cambridge IGCSEInternational 14-16
IB MYP / DPInternational Bacc.
APCollege Board · all 39
EYFSUK Early Years
UK NCUK National Curriculum
ACARAAustralian curriculum
NCERTIndia · CBSE aligned
CEFRLanguage proficiency
WIDAEnglish learners
ISTE+33 more
K-12 moreCustom · upload yours

Type a sentence.
Keep the draft.

Generate any course live on a demo call – we hand you the editable unit whether you buy or not.

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