Source analysis and extended response: The Industrial Revolution - Above
Students examined four primary sources detailing working conditions in factories, mines and other operations during the Industrial Revolution. They completed four source analysis tables, recording their findings and ideas about the nature, content and …
Source analysis and extended response: The Industrial Revolution - Above | Samples | Work samples | Resources
Source analysis and extended response: The Industrial Revolution - At
Students examined four primary sources detailing working conditions in factories, mines and other operations during the Industrial Revolution. They completed four source analysis tables, recording their findings and ideas about the nature, content and …
Source analysis and extended response: The Industrial Revolution - At | Samples | Work samples | Resources
7-10 Geography - Year 9
Human alteration of biomes to produce food, industrial materials andfibres, and the use of systems thinking toanalysethe environmental effects of these alterations (ACHGK061) Challenges to food production, including land and water degradation, shortage …
7-10 Geography - Year 9 | Knowledge and understanding | Dimensions | Curriculum connections | Resources
Chemical change – ABOVE
Prior to the sample task, students were introduced to the atomic model and the ways in which this could be used to explain chemical structures and processes. They had investigated a variety of chemical reactions and classified them as endothermic or exothermic, …
Chemical change – ABOVE | Samples | Work samples | Resources
Chemical change – AT
Prior to the sample task, students were introduced to the atomic model and the ways in which this could be used to explain chemical structures and processes. They had investigated a variety of chemical reactions and classified them as endothermic or exothermic, …
Chemical change – AT | Samples | Work samples | Resources
Radioactivity and its application - At
In a teaching and learning unit on chemical sciences, students learnt the basic concepts and history of atomic theory, investigated different models of the structure of atoms, and learnt about isotopes and different forms of radioactive decay. They discussed …
Radioactivity and its application - At | Samples | Work samples | Resources
Earth Science Task – ABOVE
Over a period of eight weeks, students engaged in an integrated STEAM project designed to offer students insights into real-world industry applications and work experiences. Students were organised into ‘business units’ of a fictitious mining corporation …
Earth Science Task – ABOVE | Samples | Work samples | Resources
Solar cells - Above
This task was the final assessment task of a five-week teaching and learning unit on solar energy. During the unit, students learnt about scientific concepts related to atomic structure and electricity that allowed them to understand how a solar panel …
Solar cells - Above | Samples | Work samples | Resources
Digital Technologies - Years 9 and 10
Collecting, managing and analysing data Develop techniques for acquiring, storing and validating quantitative and qualitative data from a range of sources, considering privacy and security requirements (ACTDIP036) Analyse and visualise data to create …
Digital Technologies - Years 9 and 10 | Competencies and skills | Dimensions | Curriculum connections | Resources
History - Years 9 and 10
Year 9 Historical knowledge and understanding Making a better world? Students investigate how life changed in the period in depth through the study of ONE of these major developments: the Industrial Revolution or Progressive ideas and movements or …
History - Years 9 and 10 | Food and fibre dimensions | Dimensions | Curriculum connections | Resources
Numeracy - Level 6 (Years 9 and 10)
Typically, by the end of Year 10, students: Estimate and calculate solve and model problems involving complex data by estimating and calculating using a variety of efficient mental, written and digital strategies Use money evaluate financial plans …
Numeracy - Level 6 (Years 9 and 10) | Competencies and skills | Dimensions | Curriculum connections | Resources
Geography - Years 9 and 10
Year 9 Geographical knowledge and understanding Biomes and food security Content descriptions with elaborations: Distribution and characteristics of biomes as regions with distinctive climates, soils, vegetation and productivity (ACHGK060) identifying …
Geography - Years 9 and 10 | Food and fibre dimensions | Dimensions | Curriculum connections | Resources
Investigation: Sustainable design - AT
Students researched the social and ethical challenges for society associated with modern industrial and commercial manufacture of consumer goods. They identified the consumer behaviours associated with increases in environmental impact and explained how …
Investigation: Sustainable design - AT | Samples | Work samples | Resources
Investigation: Sustainable design - BELOW
Students researched the social and ethical challenges for society associated with modern industrial and commercial manufacture of consumer goods. They identified the consumer behaviours associated with increases in environmental impact and explained how …
Investigation: Sustainable design - BELOW | Samples | Work samples | Resources
Investigation: Sustainable design - ABOVE
Students researched the social and ethical challenges for society associated with modern industrial and commercial manufacture of consumer goods. They identified the consumer behaviours associated with increases in environmental impact and explained how …
Investigation: Sustainable design - ABOVE | Samples | Work samples | Resources
Design project: Mini torch - AT
Students designed and produced a working prototype of a mini torch case using CAD-CAM and a control system. They investigated CAD-CAM technologies and rapid prototyping systems. Students investigated the characteristics and properties of electronics and …
Design project: Mini torch - AT | Samples | Work samples | Resources
Problem-Solving
In F–2, students solve problems when they use mathematics to represent unfamiliar or meaningful situations. In Years 3–6, students solve problems when they use mathematics to represent unfamiliar or meaningful situations and plan their approaches. In Years 7–8, …
Problem-Solving | Portfolios | Mathematics proficiencies | Resources