School Projects: An Overview
School projects fell into one of two categories: pre-existing, well-tried projects with a defined outcome original projects, designed to appeal to the interests of students or to respond to a particular school or local context. Pre-existing projects …
School Projects: An Overview | STEM Report | STEM | Resources
App design – St Michael’s
This task was part of a unit of work that involved the design of an app for new students to the school. Students were asked to use their knowledge of coordinate geometry and the Cartesian plane to help solve a programming problem associated with development …
App design – St Michael’s | Samples | STEM | Resources
References & Appendices
Australian Curriculum and Assessment Reporting Authority (ACARA) F–10 Curriculum. www.australiancurriculum.edu.au/mathematics/curriculum/f-10 (viewed November 2014) www.australiancurriculum.edu.au/science/curriculum/f-10 (viewed November 2014)www.australiancurriculum.edu.au/technologies/design-and-technologies/curriculum/f-10 (viewed …
References & Appendices | STEM Report | STEM | Resources
Design project: the top playground – Cherrybrook
This task is the culmination of an extended unit of work that aimed to make connections for students between STEM disciplines in a project that targeted an identified need in the school. Students collaborated in small groups to investigate the effect …
Design project: the top playground – Cherrybrook | Samples | STEM | Resources
STEM in the Australian Curriculum
STEM is addressed in the Australian Curriculum through the learning areas of Science, Technologies and Mathematics, and through general capabilities, particularly Numeracy, Information and Communication Technology (ICT) capability, and Critical and Creative …
STEM in the Australian Curriculum | STEM Report | STEM | Resources
Report Findings: Qualitative Data
Participating schools were asked to report against the project aims as part of their evaluation. This section provides a summary of their responses and outlines additional benefits of the project.
Report Findings: Qualitative Data | STEM Report | STEM | Resources
Simonds Catholic College (Years 9 and 10)
In the STEM Connections project, Simonds Catholic College focused on improvement of the school environment. Students were asked to design and build a vertical garden. The design brief ensured that Science, Technologies and Mathematics were all well-represented …
Simonds Catholic College (Years 9 and 10) | Illustrations of practice | STEM | Resources
Northcote High School (Years 7 to 10)
Northcote High School is located in Northcote, Victoria on the Traditional Lands of the Wurundjeri People of the Kulin Nation. The focus of their Years 7-10 STEM Connections illustration of practice was enabling student agency through environmental action. …
Northcote High School (Years 7 to 10) | Illustrations of practice | STEM | Resources
St Stephen’s Primary School (Years 1 and 2)
St Stephen’s Catholic Primary School is located in Reservoir, Victoria on the Traditional Lands of the Wurundjeri People of the Kulin Nation. The focus of their Years 1-2 STEM Connections illustration of practice was a culminating task after a unit of …
St Stephen’s Primary School (Years 1 and 2) | Illustrations of practice | STEM | Resources
Mandurama Public School (Years K to 6)
Mandurama Public School is located in Mandurama, New South Wales on the Traditional Lands of the Wiradjuri People. Mandurama Public School is a multi-age school from K-6, with the focus of their STEM Connections illustration of practice centering around …
Mandurama Public School (Years K to 6) | Illustrations of practice | STEM | Resources
Cherrybrook Technology High School (Years 9 and 10)
Cherrybrook Technology High School is a 7-12 co-educational government school located in Cherrybrook, New South Wales on the Traditional Lands of the Dharug Peoples. In its STEM Connections project, the school chose to address the degradation of it's …
Cherrybrook Technology High School (Years 9 and 10) | Illustrations of practice | STEM | Resources
Sustainability
In this portfolio, students show that they can design questions for investigation using appropriate inquiry skills. They systematically record and tabulate data, analyse trends in collected data and summarise findings of a survey. Students draw conclusions …
Sustainability | Portfolios | STEM | Resources
Environment
In this portfolio, students show that they can design questions for investigation using appropriate inquiry skills. They systematically record and tabulate data, analyse trends in collected data and summarise findings of a survey. Students draw conclusions …
Environment | Portfolios | STEM | Resources
Product
This portfolio shows that the student can implement a modular program using an object-oriented programming language. The student uses efficient coding practice principles, calls a function to reduce complexity, defines the function to perform complex …
Product | Portfolios | STEM | Resources
Force and motion
In this portfolio, the student shows understanding of the factors that impact on the motion of a model car and of the mechanical forces acting on it. They use knowledge of material properties to improve performance. Students describe Newton’s Second Law …
Force and motion | Portfolios | STEM | Resources
Mouse trap dragster – Canobolas
This task was part of a unit of work designed to investigate forces and laws of motion. Students participated in a series of lessons covering Newton’s Laws of Motion, forces and simple machines. Teachers provided students with skills in research and scientific …
Mouse trap dragster – Canobolas | Samples | STEM | Resources