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AI Course Creator
for complete curricula.

Describe what you want to teach. Get a course plan, review the structure, then generate lessons.

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AI-Powered Curriculum Design

Course creation is conversational.

The plan becomes an editable curriculum object

A curriculum is not a list of lessons.
It is a network of meaning.

Each lesson points to standards. Each assessment points to a lesson. Each resource backs an objective. AI keeps the entire graph coherent so revising one part rebalances the rest.

  • Curriculum & modules
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  • Assessments
  • Resources

Edit lessons in plain English.
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CBSE.PHY.12.U1.LO4 · CBSE.PHY.12.U1.LO5

Electric Potential and Capacitance

Connect work done against fields to potential, capacitance, and stored energy.

Define potential at a point as work per unit charge from infinity. Derive potential of a point charge and a dipole.

Introduce capacitance through the parallel-plate geometry; build intuition with dielectrics.

Derive energy stored in a capacitor, both ½CV² and ½QV forms.

Formative — Potential & Capacitance
  • [numerical]A 10µF capacitor is charged to 100V. Find stored energy.
  • [short]Why does a dielectric increase capacitance?
Make the capacitance lesson more inquiry-based and anchor it in a real-world example.

What began as a sentence
is now an entire year of teaching.

CBSE · Grade 12 · Physics

CBSE Grade 12 Physics

A full-year curriculum aligned to NCERT and CBSE 2025 syllabus — from electrostatics to atomic nuclei, structured for inquiry, problem-solving, and laboratory practice.

6 modules10 lessons12 assessment items
Table of contents
  • 01Electrostatics3 L
  • 02Current Electricity2 L
  • 03Magnetic Effects of Current1 L
  • 04Electromagnetic Induction & AC1 L
  • 05Ray & Wave Optics2 L
  • 06Modern Physics: Atoms & Nuclei1 L
Sample lesson · CBSE.PHY.12.U1.LO4 · CBSE.PHY.12.U1.LO5

Electric Potential and Capacitance

Connect work done against fields to potential, capacitance, and stored energy.

Define potential at a point as work per unit charge from infinity. Derive potential of a point charge and a dipole.

Introduce capacitance through the parallel-plate geometry; build intuition with dielectrics.

Derive energy stored in a capacitor, both ½CV² and ½QV forms.

Assessment
Formative — Potential & Capacitance
2 items
Resources
  • NCERT NCERT Chapter 2 — Electrostatic Potential
  • MIT OCW Walter Lewin — Capacitors

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FAQ

Common questions.

A quick overview of what the studio creates, how attachments work, and what search engines can index.

What does AI Course Creator generate?

AI Course Creator helps educators produce course plans, module outlines, lesson drafts, assessments, and supporting resources through a guided studio.

Can I use my own files as source material?

Yes. The studio supports document, text, PDF, and image attachments so course generation can use uploaded source context.

Are app and workspace pages indexed?

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