Students may select up to 3 of the following Design and Technology courses for their choice subjects. Students who have been selected for the Innovators Academy may choose the semester choice subject STEM, and may choose 4 semester-length programs.
Course Content
The course is focused on problem and inquiry based learning where students will apply science, mathematical and technology theory to everyday problems in order to engineer innovative design solutions. Design challenges are student led and supportive of students improving perseverance, self-management and self-confidence. The course begins with a focus on teamwork and communication skills whilst developing student’s critical and creative thinking skills, to prepare them for the coming tasks. These tasks will be derived from individually selected real world problems/issues. Students will work collaboratively in teams to realise solutions to the problems or issues that they have identified. The intended outcome is that STEM participants will be successful, confident and creative independent learners as well as active and informed citizens.
Assessment
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and structured to suit SACE integrated learning. Assessment is based on 3 different pieces, practical enquiry (30%), personal endeavour (40%) and a connections task (30%).
Students must have achieved a grade C or better in both Mathematics and Science to join this course. Successful completion of STEM at Year 8 is highly desirable.
Watch the video below to find out more about Year 9 STEM:
This course is made up of two separate parts:
3D Printing, CAD/CAM: Students will be introduced to Computer Aided Design (CAD) using Inventor with outputs in 3D printing and CNC machining. Students will primarily be designing products on computers with only a select few of these being 3D printed.
Photography: Students will also learn how to use Photoshop and digital camera basics. Students will develop a deeper understanding of the design process relevant to their chosen subject.
Is in accordance with the Australian Curriculum, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 70% practical and 30% theory.
Students will engage using a range of software to design and create a range of communication products, including animated GIFs and web pages. Additionally they will use interactive game programming software called Scratch to learn the basics of pseudo logic and create a small game of their own design. Other computing skills that will be taught include the use of spreadsheets to understand how to use formula and applied mathematics in real world contexts, such as costing projects and managing finances. Students will also create a major project based on the earlier skills tasks in the course.
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 70% practical and 30% theory.
Watch the video below to find out more about Year 9 Computing and Creative Industries:
Students will create textile projects through their development of sewing skills in Year 8. The practical work will be supported with the use of computing and advanced sewing technology to design, create and evaluate fashionable techniques.
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 50% practical and 50% theory.
Watch the video below to find out more about Year 9 Fashion & Textiles:
This course will use the Australian Guide to Healthy Eating to develop the knowledge and skills to enable students to design and prepare healthy food using a variety of techniques from individually sources recipes. Meal planning and food preparation skills are developed through practical experiences each week.
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 50% practical and 50% theory.
Watch the video below to find out more about Year 9 Food & Nutrition:
Students will engage in a range of activities relating to programming robots and creating exciting electronics projects. In the Electronics component they will design a project to be manufactured using CAD/CAM activities to create a small flashing LED project, that also includes identification and use of common electronic components and introduction to soldering activities. In the Robotics section of the course students will face engineering challenges that must be solved by the physical construction and programming of LEGO robots to complete given challenges.
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 70% practical and 30% theory.
Students work collaboratively in a safe workshop environment in the area of wood and metalwork. Students will hone their skills and develop their understanding relevant to the area chosen. The skills include joining methods, hand tools, power tools and the safe use of equipment used for measuring and marking out. Students will also develop a deeper understanding of the design process relevant to their chosen project.
Is in accordance with the Australian Curriculum, with a specific focus on the curriculum’s general capabilities, and will be reported to parents. Assessment is based on design, practical skills and knowledge and understanding. The program is 70% practical and 30% theory.
Watch the video below to find out more about Year 9 Woodwork and Metalwork: