Introduction

IGCSE Science is an international standard syllabus which is designed for learners to gain basic understanding of Physics, Chemistry, Biology and develop scientific skills essential for further study of those subjects. There are two options of IGCSE Science, one is Combined with subjects covered in separate syllabus sections, and one is Coordinated with subjects covered in cross-referenced, scientifically coherent syllabus. Learners can choose either one suitable to follow.

Objectives
Systematize the core knowledge of the subject
Become familiar with most IGCSE exam formats
Reduce pressure and study time
Improve scores effectively
Enhance independant thinking
Create a solid foundation for higher education
Characteristics
Quality teachers with extensive knowledge about students psychology
Teaching programs are based on international standards
Exclusive materials that closely follow the IGCSE formats
Personalized teaching method according to student progress
Commitment on IGCSE pass grade
Alternative to Practical completion support
Course content
Module 1: Biology
1.1 Cells
1.2 Movement in and out of cells
1.3 Biological molecules
1.4 Plant nutrition
1.5 Animal nutrition
1.6 Transport in plants
1.7 Transport in mammals
1.8 Respiration and gas exchange
1.9 Coordination and homeostasis
1.10 Reproduction in plants
1.11 Reproduction in humans
1.12 Inheritance
1.13 Variation and selection
1.14 Organisms and their environment
Module 2: Chemistry
2.1 Planet Earth
2.2 The nature of matter
2.3 Elements and compounds
2.4 Chemical reactions
2.5 Acids, bases and salts
2.6 Quantitative chemistry
2.7 How far? How fast?
2.8 Patterns and properties of metals
2.9 Industrial inorganic chemistry
2.10 Organic chemistry
2.11 Petrochemicals and polymers
2.12 Chemical analysis and investigation
Module 3: Physics
3.1 Making measurements
3.2 Describing motion
3.3 Forces and motion
3.4 Turning effects of forces
3.5 Forces and matter
3.6 Energy transformations and energy transfers
3.7 Energy resources
3.8 Work and power
3.9 The kinetic model of matter
3.10 Thermal properties of matter
3.11 Thermal (heat) energy transfers
3.12 Sound
3.13 Light
3.14 Properties of waves
3.15 Spectra
3.16 Magnetism
3.17 Electric charge
3.18 Electrical quantities
3.19 Electric circuits
3.20 Electromagnetic forces
3.21 Electromagnetic induction
3.22 Atomic physics

Student achievement