Subject Master Applied Arts Mr Nicholas Green provides a snapshot of this year’s HSC Design and Technology projects.
This project addresses the need for a workspace in a housing crisis, making a more compact vice design which suits a broad range of hobbies. Electric arc welding, metal turning and metalworking hand skills were developed to realise a working metal prototype.
Costly mistakes driving cars with bicycles on roof racks into low car parks prompted this design project that experimented with proximity sensors to create a dashboard alert system to remind drivers not to go into low clearance spaces.
This design focused on specific exercises for the hands and forearms for rehabilitation or for particular sports. Experimentation in layout and structure led to a welded steel frame incorporating reused parts from other equipment to minimise environmental impacts.
This project met a need to assist people prone to hoarding to store frequently used personal items in the purpose-built shelf unit and to use an electronic prompt to remember what to take and return for certain activities.
The intention of the project is to design a more ergonomic, safe, affordable, and enjoyable go kart that can deliver a more rewarding experience from its use, aimed at the junior racing community.
The need for this design included allowing people to maximise connectivity and WFH opportunities in public spaces. The outdoor park furniture incorporated a fold-out bench surface for laptops and a sun-tracking solar charger for phones.
This design addressed the need for a gender-affirming, comfortable, affordable chest binder to help address gender dysphoria. The in-built electronics and sensors in the binder can track body metrics and alert the wearer to potentially unsafe changes.
This project aims to provide the tools and techniques for effective bearded dragon care, as well as solving problems with care with solutions that previously did not exist. The exterior box is made from Tasmanian blackwood for the main body, and recycled timbers for the lid.
This project addresses the unique needs of people with issues related to memory and organisation through creating a unique refillable journal design, accompanied by a waterproof and durable aluminium case. This was developed through an innovative iterative design process.
This project addresses the space-saving features of multifunctional household furniture. It uses vacuum press technology to bend thin glued timber together over a mould and uses tambour slats incorporated into the seat and table part to allow the piece to slide between the different formats.
This project addresses the need for accessible resistance training for rehabilitation and training purposes. The gym bench folds flat to enable compact storage and portability and is made with a variety of materials and techniques including metalwork and upholstery.
The positive social and physical effects of competitive games for group activities were included in developing this foosball table intended for public use. Modelling was used to fine-tune dimensions before the finished design was cut to size with the computer router.