Year 10 Product Design – 3D Printing, Laser Cutting and Materials

Year 10 Product Design – 3D Printing, Laser Cutting and Materials

Subject Length: 1 semester

Subject Fee: $50  (Cost subject to change)

This subject provides students with the opportunity to develop advanced skills in 3D modelling and printing, laser design and manufacturing, and the safe and skilled use of metals and woods in product creation. Students focus on the full design process - from initial concept and prototyping through to final product development -using a combination of modern digital tools and traditional workshop techniques.

A key feature of this subject is the expectation that students will incorporate multiple materials - including PLA (3D printed plastics), MDF, plywood, metals, and wood - to create high-quality, functional, and innovative designed products.

In all technology practical classes, it is mandatory to wear leather school shoes for safety and protection purposes.

In all technology practical classes, it is mandatory to wear leather school shoes for safety and protection purposes.

What is studied?

Within this subject, student learning is based on the following key knowledge and concepts:

• Advanced 3D Modelling and Printing: Designing complex 3D models, refining prototypes, and producing high-quality printed components.

• Laser Design and Manufacture: Creating detailed designs for laser cutting and engraving, exploring advanced settings and materials.

• Metals and Woods in Product Design: Safely and accurately using a range of hand and power tools to cut, shape, join and finish timber and metal components.

• Working with Multiple Materials: Combining PLA, MDF, plywood, metals, and wood within a single design to enhance strength, aesthetics, and function.

• Integrated Electronics: Using microcontrollers, sensors, and simple circuitry to enhance product functionality.

• Emerging Technologies: Exploring the role of artificial intelligence, automation, and other future technologies in product design.

• Sustainable Design Practices: Considering environmental impacts when selecting materials and manufacturing methods.

What type of work is done?

Within this subject, student learning is developed and assessed through:

• Design and Prototype Development: Creating functional prototypes that combine digital manufacturing with traditional materials and techniques.

• Complex Product Builds: Producing finished products that incorporate PLA, MDF, plywood, metals, and wood.

• Innovation Projects: Researching and applying new technologies to solve real-world design challenges.

• Design Folio: Documenting research, planning, design iterations, testing, and evaluation of projects.

Additional Information

Future pathways: VCE VET Engineering Studies, VCE Product Design and Technology, VCE VET Building and Construction