Biology 2009-10
 
Objectives
¡E

To enhance the motivation of the students in studying Biology.

¡E

To devise tailored syllabus for achievable performance requirements.

¡E

To better equip students with basic skills and knowledge for public examinations.

¡E

To develop students¡¦ interest and appreciation in the subject matter.

 
Member

Subject-in-charge: Yeung HL

Members: Kwok KF, Wong MH

Level

Teacher

F.3

Kwok KF, Wong MH* & Yeung HL

S1 (Biology)

Yeung HL*

F.5

Kwok KF* & Yeung HL

F.6

Yeung HL*

F.7

Wong MH*

* Level-in-charge

 
Implementation Plan
Tasks Implementation
A. To well implement the NSS ¡E Implement elements of scientific investigation (SI) in the curriculum
¡E Implement elements of nature of science (NOS) and STSE in the curriculum
B. To enhance courtesy, social etiquette, sense of responsibility among students ¡E Strengthen the animal keeping group in the Biology Lab
¡E Participation of the Biology Club to support whole school activities e.g. Open Day and Science Week
C. To further elevate the academic and non-academic achievements of students for better student intakes ¡E Sufficient enhancement and remedial lessons
¡E Encourage students to actively participate in external competitions (e.g. ecological field study projects)
D. To further enhance a good EMI environment ¡E More trainings and practices on presentation and essay writing
¡E Articles related to current issues in Science are given to the students, and they are required to comment on their readings.

Curriculum Outline

Level Curriculum outline
F.3 Ć The curriculum includes several parts of the New Senior Secondary (NSS) curriculum: Cell and Molecules of life: cellular organization and Cellular energetics (metabolism, enzymes and enzymatic reactions); organisms and Environment: Essential life processes in animals (Nutrition in Human)
S1 (Biology) Ć This curriculum aims at providing students with basic biological knowledge, as well as the basis in scientific investigation, nature of science and STSE. The curriculum includes the advanced syllabus of cells and molecules of life, movement of substances across cell membrane, enzymes and metabolism; gas exchange, transport, detection, coordination and movement in human; nutrition, gas exchange, transpiration, transport, support and tropism in plants; cell cycle and division, reproduction in flowering plants, reproduction in human, growth and development
F.5 Ć This curriculum aims at providing students with respective biological knowledge, as well as the trainings on the skills for public examination. The curriculum includes defence against diseases, reproduction in flowering plants and human, growth and development, genetics, genetic engineering and evolution
F.6 Ć This curriculum includes the cell; genes, chromosomes and cell division; variety of life and relation of organisms with their environment; human activities and the environment; genetics and evolution; energetics
F.7 Ć This curriculum aims at providing students with respective biological knowledge, as well as the trainings on the skills for public examination. The curriculum includes nutrition; gaseous exchange and transport; sensitivity, response and coordination; support and movement; homeostasis; continuity of life, growth & development; health and diseases

Co-curricular Activities

Form Activities Date
All Biology Club Whole year
Science Week January 2010
Guidance Week February 2010
Seminars and Workshops Whole year
Aquarium and Terrarium Keeping Group Whole year
S1 Biology Quiz Competition July 2010
F.5 Field Study To be confirmed
F.6 Field Study July 2010
F.7 Field Study To be confirmed


 

Evaluation

1.          Teaching and learning

a)      The teaching at all levels was conducted as scheduled, and normally there were lessons for revision before every test and examination.

b)      More systematic experimental sessions for all forms should be arranged to enhance their scientific investigation skills. Besides, guidelines should be given to the students in a spiral sense for training up their investigative mind.

c)      A diversified teaching methodology is adopted, e.g. model making, animation and video showing and demonstrations, to enhance the learning effectiveness. However, it is suggested that more outdoor activities can be provided, e.g. site visits and field studies.

d)     More collaboration with the school library. Readings related to Biology can be purchased in the library, and scientific readings can be provided for the morning reading session to enhance their reading habit and to broaden their knowledge in the current subject matter.

e)      In order to enhance the active learning ethos, it is suggested that students should have a pre-lesson preparation before lessons, and they are required to have a short quiz / presentation related to the pre-lesson preparation.

 

2.          Assignment policy

a)      Standardized assignment packages tailor-made for students were given to mainly CE and AL students.

b)      Additional exercises have been given to high achievers, especially for F.5 and F.7 students. The exercises are mainly overseas examination questions. For low achievers, students were minimally required to finish the basic session of the assignment. Targets putting on the high and low achievers should be adjusted accordingly.

c)      In line with the development of the NSS curriculum on focusing the scientific investigation. S1 students were asked to design experiments based on observations / findings, and they were asked to perform the experiments in groups during lesson time. By analyzing their own design, and further challenging their own results, students can learn and experience more on the basic concepts of SI. However, further consolidation and enhancement should be provided in the following two years. In the summer vacation, S1 students are required to perform a large scale investigation on Plant Biology.

 

3.          Assessment policy

a)      Quizzes and chapter tests were conducted regularly during lessons for better consolidation of basic concepts. It is found that students were more serious in dealing with quizzes and tests instead of assignments.

b)      Examination questions were set according to the requirements in the public examinations. Yet, more questions related to STSE, SI and NOS should be included in the internal examinations.

c)      Bonus / difficult questions can be included to challenge higher achievers in the examinations.

d)     Practical assessment can be included at certain weightings in the formative assessment marks / bonus marks in the examination.

e)      The performance in the final examination at different levels was fair, with the passing percentage over 70%.

 

4.          Enhancement and remedial programmes

a)      Class-based enhancement and remedial courses were arranged mainly for F.4 to F.7 students and they were conducted by corresponding teachers.

b)      For F.3 students, enhancement lessons were conducted to high achievers for broadening their subject knowledge.

c)      The enhancement courses for higher achievers focused on question types related to public examinations and the corresponding examination skills. Besides, some overseas examination questions are also included. Remedial courses focused on the consolidation of basic and major concepts.

d)     The effectiveness was fair as revealed from the Mock Examination results.

 

5.          Co-curricular activities

a)      Internally, we have participated in three school-wide functions, namely the Open Day, Guidance Week and Science Week. We aimed at displaying students’ work, and demonstrating the uniqueness of our subject. We also provided interactive games and experiments to students to explore more in Biology. In addition, student helpers gained the opportunities in developing the leadership and communication skills.

b)      Biology club was established, including mainly F.6 students. They major role is to enhance the interest and understanding of whole school students in Biology. They have participated in organizing functions in the school.

c)      Students who have shown their interest in animals were asked to take care of some pets in our Biology laboratory, including geckos, frogs, salamanders, fishes and hamster. We aimed at enhancing students’ sense of responsibility and belongings. An animal corner can be established in school to have a better promotion.

d)     Selected students should participate in more external competitions in order to widen their horizon and raise their interest in the subject matter.

 
Display of student work during the school Open Day Ayn (4A) was explaining the internal structure of a dissected pig’s heart to the guests
NPL students and New Zealand exchange students worked together to investigate the different components in common food stuffs during the Cultural Collage Students were having the dissection of a pig’s heart to study its internal structures
 
Photos