Subject Features

Our school’s science curriculum emphasizes the integration of theory and practice, aiming to cultivate students’ strong interest in science and their spirit of inquiry. Our teaching design is student-centered, utilizing a variety of engaging experimental activities to make knowledge come alive, rather than being just dry theory.

In regular science classes, students participate in various exciting experimental operations. For example, they conduct experiments on simple circuits, perform acid-base neutralization reactions, and use microscopes to observe plant structures, experiencing the wonders of scientific changes and exploring the mysteries of life. Through these laboratory sessions, students not only deepen their understanding of scientific knowledge but also develop a rigorous experimental attitude and meticulous observational skills.

In addition, our science activities, competitions, and field trips are also key components of the curriculum. Through various scientific activities and competitions, students can apply their knowledge to solve real-world problems and unleash their boundless creativity. They can also visit science museums and laboratory facilities at higher education institutions, allowing them to experience the allure of science up close, fostering a deeper love for the subject.

Highlights of the year

Laboratory Experimentation
In our science curriculum, students actively engage in diverse experimental activities incorporating fundamental scientific principles. These include constructing elementary electrical circuits, conducting acid-base neutralization reactions, and examining plant morphology through microscopic observation. Through hands-on experimentation, students experience the empirical nature of scientific investigation while developing their theoretical understanding. This pedagogical approach enhances their comprehension of scientific concepts while cultivating meticulous laboratory techniques and refined observational skills.

Aquaponics Research Initiative
The Aquaponics Research Initiative enables students to manage and maintain an integrated aquaponics system, facilitating the cultivation of agricultural produce and aquatic organisms. This program introduces students to ecosystem management principles and fundamental concepts in natural sciences. Through practical application, students comprehend the interconnection between scientific principles and real-world applications. This experiential learning strengthens their sense of environmental stewardship and ecological responsibility.

Horseshoe Crab Conservation Program
Our students participate in the Horseshoe Crab Conservation Program organized by the Ocean Park Conservation Foundation Hong Kong. The initiative involves juvenile horseshoe crab husbandry and promotion of ecological conservation principles. Three student caretakers shared their cultivation experiences at City University of Hong Kong and observed adult specimens. Upon reaching appropriate developmental stages, the horseshoe crabs are released into their natural habitat, reinforcing conservation objectives while fostering students’ appreciation for biodiversity preservation.

Forensic Science Education Program
Our School actively promotes forensic science education and successfully organized the “Forensic Hunter” Inter-school Competition, engaging over 300 schools. Students acquire forensic methodologies and serve as “Forensic Helpers” in competition coordination. These participants undergo advanced training, including workshops at tertiary institutions and laboratory technique development, qualifying them as peer teachers for competition participants, enhancing both their technical expertise and collaborative capabilities.

Ocean Park Natural Experience Day
During the Ocean Park environmental education program, students receive professional instruction in polar ecology and aquarium maintenance. Through guided small-group exploration, students investigate ecosystem dynamics and observe marine organism behavior and habitat requirements. This educational experience enhances their understanding of marine environments while cultivating enthusiasm for marine conservation and ecological preservation.

Aims

• develop curiosity and interest in science;
• develop the ability to inquire and solve problems;
• acquire basic scientific knowledge and concepts for living in andcontributing to a scientific and technological world;
• recognize the usefulness and limitations of science and the
• interconnections between science, technology and society and to
• develop an attitude of responsible citizenship, including respect for the
• environment and commitment to the wise use of resources;
• become familiar with the language of science and be equipped with the skills to communicate ideas in science-related contexts;
• appreciate and understand the evolutionary nature of scientific knowledge;
• attain personal growth through studying science; and
• be prepared for further studies or enter careers in scientific and technological fields.

Objectives

• acquire basic scientific knowledge and concepts for living in and
• contributing to a scientific and technological world;
• have developed an ability to define problems, design experiments to
• find solutions, carry out practical work and interpret the results;
• apply their understanding of science to technological applications, social issues, and their daily experiences;
• recognize the usefulness and limitations of science and the evolutionary nature of scientific knowledge;
• relate their understanding of science to their personal health and cultivate an awareness of safety issues in everyday life and take proper action to control risks; and
•  consider the effects of human activities on the environment and act sensibly in conserving the environment.

Teachers

Panel Head: Mr. LAM Ka-jin

Member: Mr. Ho Lok-kei, Mr. To Lun, Mr. Tsang Chi Yuen