A comprehensive science curriculum fostering scientific thinking, creativity, and self-directed learning through teaching methods and enrichment activities.
Develop students' scientific thinking skills and creativity through problem-solving and inquiry-based learning.
Enhance students' motivation in science learning through engaging activities and real-world applications.
Equip students to learn science in English, preparing them for international academic opportunities.
Foster independent learning skills whilst catering for diverse learner needs and abilities.
Implement a comprehensive set of sentence patterns useful for senior forms, ensuring students can articulate scientific concepts effectively in English.






Shenzhen Science & Technology Museum




Gifted courses
Our whole-person learning programme offers diverse opportunities for students to extend their scientific knowledge beyond the classroom.
Junior Science Online Self -Learning
Farmunity Project
Form 3 students participating the course works.
Wide Life Learning in Shenzhen Science & Technology Museum
Online Gifted Courses
Palaeontology, Astronomy, and Earth Science programmes through Hong Kong Academy for Gifted Education. 15 students across Forms 2-5.
Junior Science Online Self-Learning
Biology, Chemistry, Physics, Food Science, Astronomy, and Environmental Science. 41 Gold Award winners from Forms 2-3.
Farmunity Project
Collaborative learning initiative with Farmacy. 120 students from Forms 3-4 participating in sustainable agriculture education.
Specialist Workshops
Eye Care Seminar (HKU), Genetics Laboratory (Shenzhen), and QK Kitchen (LCSD) for various year groups.
Moral, civic, national, and life education
Sustainability and ecological responsibility
Critical thinking and STEM education
Work-related experiences and skills
Community engagement and contribution
Foundation concepts and scientific method
Properties, importance, and conservation
Classification and characteristics of organisms
Human biology and genetic principles
Forms, transformations, and applications
Particle theory and states of matter
Respiration, photosynthesis, and atmospheric composition. Building on Form 1 biological concepts.
Circuits, electrical safety, and practical applications in daily life.
Properties, reactions, and uses of acids and bases in society.
Human sensory systems and environmental interactions.
Fundamental physics principles governing movement and mechanics.
Dictation, quizzes, workbooks, tests, and examinations to evaluate knowledge retention and understanding.
Questioning and presentations to assess communication skills and conceptual understanding.
Hands-on laboratory investigations to develop experimental and analytical skills.
Extended investigations fostering research, creativity, and independent learning abilities.
Integrated Science