Cambridge IGCSE develops skills in enquiry, problem solving and creative thinking along with knowledge and understanding of concepts.
IGCSE enable students to apply knowledge and understand new as well as unfamiliar situations.
Students are engaged in Intellectual enquiry. IGCSE is an excellent academic preparation for the next progressive stage in education, especially the A and AS levels ( superior alternative to HSC examination at Grades 11 and 12). Which are accepted as ‘Gold Standard’ entry qualifications to universities and colleges of repute across the world.
Cambridge IGCSE offers schools a flexible curriculum that can be developed to suit their needs. There is a curriculum framework for each subject – English, English as a second language, mathematics and science – providing a clear teaching structure.
Each curriculum framework is designed to engage learners in an active and creative learning journey.
Cambridge IGCSE English enables learners to communicate confidently and effectively and to develop the skills to respond to a range of information, media and texts with understanding and enjoyment. Learners who follow this framework will develop a first language competency in English based on a curriculum designed to be successful in any culture and to promote cross-cultural understanding.
English as a second language
This curriculum framework develops learners’ speaking, listening, reading and writing skills in English. The curriculum has been developed in conjunction with Cambridge English Language Assessment and is based on the Council of Europe’s Common European Framework of Reference for Languages (CEFR), used across the world to map learners’ progress in English.
The curriculum framework explores six content areas: number, algebra, geometry, measure, handling data and problem solving. The first five content areas are all underpinned by problem solving, which provides a structure for the application of mathematical skills. Mental strategies are also an important part of the number content. The curriculum focuses on principles, patterns, systems, functions and relationships, so that learners apply their mathematical knowledge and develop a holistic understanding of the subject.
This curriculum framework covers four content areas: scientific enquiry, biology, chemistry and physics. Scientific enquiry is about considering ideas, evaluating evidence, planning investigative work, and recording and analysing data. The scientific enquiry objectives underpin biology, chemistry and physics, which are focused on developing confidence and interest in scientific knowledge. Environmental awareness and some history of science are also part of the curriculum.