
Our Academic Programmes
Currently, we offer two different biology programmes for our students, namely Cambridge IGCSE Biology (0610) and Cambridge International AS and A Level Biology (9700).

Cambridge IGCSE
Biology
(0610)
Cambridge International
AS and A Level Biology (9700)
Entry requirements
Entry requirements
Learners in Malaysia who are beginning this course should normally have followed the PT3 (Penilaian Tingkatan 3) programme of study within the National Curriculum for Malaysia.
Other candidates beginning this course should have achieved an equivalent level of general education.
We recommend that learners who are beginning this course should have previously completed a Cambridge O Level or Cambridge IGCSE course, or Sijil Pelajaran Malaysia (SPM) or the equivalent, in Biology.
Preferably learners with minimum 5 credits (C) each in Biology, Chemistry, Physics, Mathematics (or Additional Mathematics) and English.
Course
structure
Course
structure
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3 / 4 semesters
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15 weeks per semester
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21 topics
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3 / 4 semesters
-
15 weeks per semester
-
19 topics (11 AS and 8 A2 topics)
Course
contents
Course
contents
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Characteristics and classification of living organisms
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Organisation of the organism
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Movement in and out of cells
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Biological molecules
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Enzymes
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Plant nutrition
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Human nutrition
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Transport in plants
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Transport in animals
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Diseases and immunity
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Gas exchange in humans
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Respiration
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Excretion in humans
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Coordination and response
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Drugs
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Reproduction
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Inheritance
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Variation and selection
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Organisms and their environment
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Biotechnology and genetic engineering
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Human influences on ecosystems
Learners for Cambridge International AS Level Biology study the following topics:
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Cell structure
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Biological molecules
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Enzymes
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Cell membranes and transport
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The mitotic cell cycle
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Nucleic acids and protein synthesis
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Transport in plants
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Transport in mammals
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Gas exchange and smoking
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Infectious disease
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Immunity
Learners for Cambridge International A Level Biology study the AS topics and the following topics:
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Energy and respiration
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Photosynthesis
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Homeostasis
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Control and co-ordination
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Inherited change
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Selection and evolution
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Biodiversity, classification and conservation
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Genetic technology