MODULE 1: Foundation of Competitive Physics

• Units, dimensions & measurement

• Vector algebra & graphical representation

• Error analysis & experimental skills

• Basics of calculus for Physics

• Physical laws & mathematical modeling

MODULE 2: Mechanics (IIT + NEET + A-Level Integrated)

• Kinematics (1D & 2D)

• Laws of motion & friction

• Work, energy & power

• Rotational motion

• Gravitation & satellites

• Center of mass, momentum & collisions

• Circular motion

• Rigid body dynamics

Practice Includes:
IIT-level problems, NEET assertion–reasoning, A-level structured questions

MODULE 3: Thermodynamics & Heat

• Thermal properties of matter

• Kinetic theory

• First & second law of thermodynamics

• Heat engines, efficiency & entropy

• PV diagrams & processes

• Calorimetry & conduction

MODULE 4: Waves & Oscillations

• Simple harmonic motion

• Damped & forced oscillations

• Resonance

• Sound waves, beats & Doppler effect

• Wave equation & superposition

MODULE 5: Electrostatics & Current Electricity

Electrostatics

• Charges, fields & flux

• Gauss’s law

• Potential & capacitance

• Electric dipole & field mapping

Current Electricity

• Ohm’s law & resistivity

• Series/parallel circuits

• EMF & internal resistance

• Kirchhoff’s rules & advanced circuit numericals

MODULE 6: Magnetism & Electromagnetic Induction

• Magnetic field & forces

• Ampere’s law, Biot–Savart law

• Solenoids & toroids

• Electromagnetic induction

• Lenz’s law & Faraday’s law

• Alternating current & LC circuits

MODULE 7: Optics

Ray Optics

• Reflection/refraction

• Mirrors & lenses

• Optical instruments

Wave Optics

• Interference, diffraction & polarization

• Young’s double-slit experiment

• Brewster’s law

MODULE 8: Modern Physics (High-Weightage Module)

• Photoelectric effect

• Atomic models

• Nuclear structure

• Radioactivity & decay laws

• Semiconductors

• Communication systems

• X-rays & dual nature