Science Olympiad Center

Physics Program

Master fundamental laws of nature through theoretical understanding and experimental discovery, with a focus on olympiad-level problem solving.

Program Overview

The Physics Program develops analytical reasoning through intensive theoretical training and experimental physics practice. Students explore classical and modern physics, applying mathematical methods and modeling techniques to solve olympiad-level problems.

Curriculum integrates conceptual understanding, experimental methods, and problem-solving strategies to prepare for national and international competitions.

Learning Objectives

Master theoretical and experimental physics concepts

Apply calculus-based reasoning to olympiad problems

Perform quantitative modeling and derive physical laws

Strengthen laboratory and experimental analysis skills

Develop contest strategies for multi-step physics problems

Prerequisites

Strong foundation in mathematics and basic physics

Understanding of mechanics, thermodynamics, and electromagnetism

High motivation for advanced scientific study

Successful completion of entrance assessment

Program Details
Duration
10 months
Participants
40+ active students
Achievements
10+ IPhO/ZIO Medals
Level
Advanced
Application

Open to students with outstanding mathematical and physics talent.

Apply Now

Curriculum Topics

A structured roadmap covering all essential physics domains.

Mechanics
Kinematics & DynamicsNewton's LawsEnergy & MomentumRotational MotionOscillations
Thermodynamics
Heat & WorkEntropyThermodynamic CyclesKinetic Theory
Electromagnetism
ElectrostaticsCircuitsMagnetismMaxwell's Equations
Optics
Geometrical OpticsWave OpticsInterference & Diffraction
Modern Physics
Quantum Physics BasicsAtomic StructureNuclear & Particle Physics
Problem Solving
IPhO SolutionsMulti-step DerivationsExperimental TasksError Propagation