A comprehensive physics curriculum designed to develop scientific literacy, prepare students for advanced studies, and foster lifelong learning in science and technology while upholding Catholic educational values.
Provide physics-related learning experiences to develop comprehensive scientific understanding and critical thinking skills.
Career Preparation
Prepare students for further studies and careers in physics-related fields through rigorous academic training.
Lifelong Learning
Foster continuous learning in science and technology, encouraging curiosity and adaptability in an evolving world.
Educational Values
Character Development
Develop positive values and attitudes through physics study:
Curiosity and wonder about natural phenomena
Honesty in scientific inquiry
Respect for evidence and data
Perseverance in problem-solving
Tolerance of uncertainty
Core Principles
Our program integrates:
Catholic educational values throughout the curriculum
National security education to enhance understanding of our country's conditions
Ethical considerations in scientific advancement
F.3-F.4 Curriculum Journey
1
F.3 Physics
Wave Motion: Understanding wave properties and behavior
Light: Exploring optical phenomena and applications
2
F.4 Heat & Energy
Heat: Temperature, internal energy, transfer processes, and state changes
Gases: Properties and behavior of gaseous matter
3
F.4 Force & Motion
Mechanics: Position, movement, work, energy, power, and momentum
Advanced Topics: Projectile motion, circular motion, and gravitation
F.5-F.6 Advanced Studies
Wave Motion & Sound
Nature and properties of waves, sound phenomena, and light behavior in various media.
Electricity & Magnetism
Electrostatics, circuit analysis, domestic electricity applications, and electromagnetic principles.
Nuclear Physics
Radiation, radioactivity, atomic models, and nuclear energy applications in modern society.
Energy & Sustainability
Electricity at home, energy efficiency in buildings and transportation, renewable and non-renewable sources.
Medical Physics
Understanding the eye and ear, medical imaging using both non-ionizing and ionizing radiation.
Assessment Structure
1
F.3-F.5 Examination
Multiple-choice questions: 30% of total assessment
Structured questions: 70% of total assessment
Comprehensive evaluation of understanding and application skills.
2
F.6 Paper 1 (75%)
Multiple-choice: 25%
Structured questions: 50%
In-depth assessment of core physics concepts and problem-solving abilities.
3
F.6 Paper 2 (25%)
Multiple-choice: 12.5%
Structured questions: 12.5%
Focused evaluation of specialized topics and advanced applications.
Overall Grading
10%
Daily Assessment
90%
Examination
Balanced assessment approach combining continuous evaluation with comprehensive examinations to measure student progress and understanding.
Life-Wide Learning 2024-2025
May 24, 2025
王肇枝物理大比拼 2025
Physics competition to inspire interest and consolidate HKDSE curriculum knowledge. For F.5 students.
July 16-17, 2025
Two Days University Experience Programme (TUE2025)
"From Physics and ICT to Engineering" - Experience university life and explore engineering applications. Hong Kong Polytechnic University. For F.5 students.
Life-Wide Learning 2025-2026
天文考察營
Dec 12-13, 2025. Astronomy camp to promote learning and broaden horizons. Caritas Chan Chun Ha Field Studies Centre. F.3-F.5.
Innovation Centre Visit
Dec 13, 2025. Visit to Innovation Centre and Productivity Council. F.3-F.5 students.
STEM Workshop
Dec 23, 2025. Laboratory visit at HKUST to enhance learning interest and master inquiry skills. F.4 students.
Science Docent Challenge 2026
Nov 2025-Jan 2026. Hong Kong Space Museum and CUHK Physics Department. F.4-F.5.
Fun Science Competition
Jan-Mar 2026. Hong Kong Science Museum collaboration. F.3-F.4 students.
TUE2026 Engineering Programme
July 2026. Two-day university experience at Hong Kong Polytechnic University. F.5 students.
Recommended Reading
Fundamentals
Science Web Reader - Hones Solomon (Nelson Thornes, 2000)
Physics, Fun, And Beyond - Eduardo de Campos Valadares (Pearson, 2005)
Energy and Forces - Neil Ardley (Oxford, 2002)
Advanced Topics
Nanotechnology For Dummies - Earl Boysen (2005)
The Science of Superheroes - Gresh (Wiley, 2002)
Essential Science: The Expanding Universe - Mark A. Garlick (Penguin, 2002)
Energy & Environment
Energy Forever?: Solar Power - Steve Parker (Heinemann)
Biodiesel: Growing A New Energy Economy - Greg Pahl (2005)
Energy and the Unexpected - Keith J. Laidler (Oxford, 2003)
Comprehensive reading list covering fundamental physics, nanotechnology, energy systems, and space science. Resources selected to support curriculum and inspire deeper exploration.
Digital Learning Resources
Self-Paced Learning Videos
Short video clips for physics-related math techniques from Hong Kong Polytechnic University.