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AI-Powered Curriculum Design

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AI Course Creator

Build complete curricula
through conversation.

Describe a course. Watch an AI architect plan modules, write lessons, generate assessments, and align every standard — live.

GeneratingCreate a CBSE Grade 12 Physics course.
Working…

Intelligence · Every part knows every other part

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
  • Lessons
  • Assessments
  • Resources

Revision · You speak. The curriculum changes.

Edit lessons in plain English.
The artifact updates in front of you.

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.

Ownership · The finished artifact

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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