#Salisbury high school daymap professional#

Students have the opportunity to specialise their studies of mathematics during year 10 by opting for an extra unit in Semester 2 which has an emphasis on algebra and geometry skills which are required for later studies in Pure Mathematics and of those students aiming for a Science/Technology/Engineering pathway at University in Stage 1. Summative tasks include tests, investigations, projects and literacy and numeracy tasks which are assessed against the following criteria: Students are expected to reflect regularly on their teaching and learning through weekly Quick Writes and fortnightly Learning Logs. Numeracy skills are developed and reinforced through inquiry tasks, problem solving activities and the use of the online educational program Mathletics. These capabilities enable students to respond to familiar and unfamiliar situations by employing mathematical strategies to make informed decisions and solve problems efficiently. The mathematics curriculum focuses on developing and refining students proficiency in fluency, understanding, reasoning and problem-solving. Topics are covered under the three Content Strands of Number and Algebra, Measurement and Geometry, and Statistics and Probability. Students study Mathematics under the frameworks of the Australian Curriculum. It is essential that students are equipped with a solid foundation and are equipped with related skills base mathematically related skills and attitude to enable them to adapt as their needs and knowledge change.Įxtensive use of technology, such as graphics calculators and computers, is integrated into the curriculum which assists with the exploration of more complex real life situations than otherwise be possible.

Mathematics at Salisbury High School is increasingly taught within a context which promotes an appreciation of the usefulness, power and beauty of the subject.

#Salisbury high school daymap professional#

Studying mathematics develops creativity and skills in problem solving, modelling and research, all of which can be applied in professional and everyday life - the possibilities are infinite! It embraces the skills, knowledge and life tools valued and needed by employers and societies worldwide.

From accounting to engineering and from geophysics to design, mathematics is arguably the single most important discipline driving technological growth and innovations.