Science Electives

Why is iSTEM Important?

iSTEM is important because it builds life skills that students will need regardless of their career choice. It teaches them critical thinking, teamwork, and persistence. It shows them how to approach challenges, think, and work together to solve problems effectively. These are the skills that increasingly underpin many professions and trades and the skills of a technologically based workforce. 

The importance of Science, Technology, Engineering and Mathematics subjects to Australia’s future workforce is indisputable. iSTEM is a hands-on course that delivers science, technology, engineering and mathematics education in an interdisciplinary, innovative and integrated fashion.

This school-developed course covers several modules in the fields of technology and engineering , including STEM Fundamentals, Aerodynamics and Motion, 3D CAD/CAM, and Mechatronics (Robotics).

Assessment: iSTEM integrates both project-based learning and inquiry-based learning. To satisfy the requirements of this subject, students must utilise the design process to undertake a range of problem-solving exercises by building and testing a prototype. Their progress is recorded in a digital folio which includes the results of testing and modifications made throughout the design process. These collaborative and individual tasks occupy the majority of course time. Feedback on assessment will be both formal and informal.

Options for study may include:

STEM FUNDAMENTALS 

This introductory unit develops knowledge, skills and understanding of essential STEM principles and the design process. Students engage with the engineering design process to solve various challenges, including building and testing bridges, rockets, boats and designing a passive phone amplifier and a mousetrap-powered car.

AERODYNAMICS and/or MOTION

Students will investigate motion by constructing an aeroplane, car or rocket and collect data on speed and elevation to determine which is the best. 

Computer Aided Design and Computer Aided Manufacture (CAD/CAM) 

In this module, students will manufacture three-dimensional objects which they have designed. Students use various programs as their CAD experience, and their designs will come to life using CAM hardware, including the 3D printer and laser cutter.

MECHATRONICS 

Students complete a coding short course using the Grok Learning resource as a refresher to programming. They will then use the Lego Mindstorms robots to build and program their robot to navigate an obstacle course.