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Inventia Life Science (www.inventia.life) has developed a revolutionary high-throughput 3D bioprinting technology for use in biomedical research and regenerative medicine. This system utilises additive deposition of natural and synthetic bio-inks, as well as living cells, to create 3D structures for use in a range of laboratory and research applications. Boost Design was engaged and performed […]

Our Client was developing a compact, portable, and battery operated anaesthetic injector for post-operative pain management, and engaged Boost Design to develop all of the electronics, firmware, and clinician software for the device. Boost Design conducted the following activities: Review of product requirements and design of product architecture R&D into options for device minaturisation Development […]

In this project the Client wanted to integrate smart electronic sensing into their own (non-electronic) sports products. Boost Design was engaged to research the viability of the project, technology, size and power requirements, analyse competing products, and develop the product for manufacturing. Boost Design performed the following tasks: Located and reviewed white papers and peer-reviewed […]

This startup company was developing a novel Laryngoscope device incorporating new endotracheal intubation technology that is safer, quicker, and easier to deploy. As part of their product development, the Client engaged Boost Design to complete the following activities: Researching competing laryngoscope products, and recommending a range of design requirements for key product features Determining methodologies […]

This project was conceived by Professor Barry Marshall, a Nobel Prize winner based at the University of Western Australia. Designed as a diagnostic and screening test, this system listens to gut noises and utilises proprietary algorithms to determine the likelihood of the patient having one of a number of types of gut disorders (including Irritable […]

As part of a larger project, Boost Design was engaged to develop a system to track the use of re-usable consumables in a laboratory device. The system required miniaturised electronics to be attached to each consumable, suitable for high volume production at low price. The system needed the capability for each consumable to be individually […]

This Class I medical device is designed to externally protect cannulas, the thin tubes inserted into a vein that administer fluids and medication to hospitalised patients. The Linesaver device is strapped to the arm or hand, and protects the patient from injury if the cannula is accidentally bumped or the IV line pulled. Activities included: […]

High-performance sensor electronics were designed from scratch for the purposes of detecting and classifying the human motion of elite athletes. This product was to be used as a research platform for algorithm development and testing. Project activities included: Determination of needs, and development of project scope and product requirements Development of experimental techniques for quantitative […]

The Client had developed a prototype industrial microwave heating system, and required engineering assistance to be able to progress technology development. Boost Design was engaged for a short research project and performed the following activities: Review of Client needs and objectives Background research into microwave technology Review of existing prototype, and its limitations Developed actionable […]