Programme overview
1. Cambridge Upper Secondary Mathematics
‘Thinking and working mathematically’, a unique feature of our Mathematics curriculum, encourages learners to talk with others, challenge ideas and to provide evidence that validates conjectures and solutions. When learners are thinking and working mathematically, they actively seek to make sense of ideas and build connections between different facts, procedures and concepts. This supports higher order thinking that helps them to view the world in a mathematical way.
This subject has been devided into three main areas called ‘strands’, which run through every upper secondary mathematics stage. Learners will develop skills in:
Number
Algebra, Geometry and Measure
Statistics and Probability.
The strands work together to help students recognise connections of mathematical concepts as they engage in creative mathematical thinking to generate and improve numerical fluency.
2. Cambridge Upper Secondary English as a Second Language
This framework supports an integrated approach to planning and teaching to develop effective communication skills in English. The five strands, and their respective learning objectives, work together to support the development of knowledge, skills and understanding in:
Reading
Writing
Use of English
Listening
Speaking.
3. Cambridge Upper Secondary Global Perspectives
The programme develops the skills of research, analysis, evaluation, reflection, collaboration and communication. It strengthens the links across English as a first or second language, mathematics, science and ICT Starters.
Research says that the earlier students start to develop and practise their skills, the greater the impact on their learning. Making Cambridge Global Perspectives available to younger students will develop and embed cross-curricular skills at an earlier age, supporting them in their studies as they progress to Cambridge Upper Secondary and beyond.
4. Cambridge Upper Secondary Science
This curriculum covers six main areas called ‘strands’ that work together so that you can teach science holistically:
Biology – living things and how they interact.
Chemistry – the study of matter.
Physics – the interaction of matter and energy.
Earth and Space – planet Earth, the wider Solar System and beyond.
Thinking and Working Scientifically – develops understanding and skills of scientific models and representations, scientific enquiry and practical work.
Science in Context – helps teachers demonstrate the relevance of science to learners and unique to our science curriculum.
5. Cambridge ICT Starters
Cambridge ICT Starters gives schools a flexible framework to develop learners’ ICT competence. Modules can be delivered according to the needs of each learning situation and age of the learners – across the curriculum or as a separate course of study.
Learners will develop key ICT skills in a range of applications including computer programming, word processing, digital graphics, databases, spreadsheets, email, presentations, video/animation, the internet and web authoring. They will also consider wider issues such as eSafety and the adaption of their work to suit their audience.