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This project relates to the development of medical device software for the purposes of automatically classifying features found in CT scan images. The Client had developed proprietary algorithms utilising artificial intelligence algorithms, and had generated data to prove their efficacy. They then approached Boost Design to take their proprietary formulas and develop them into functional […]

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 […]

Thermal imaging is a non-invasive and convenient method for facilitating the rapid screening of human skin temperature. It is well suited to picking up common symptoms of illness such as COVID-19, and in turn can be used to help keep public spaces and workplaces safer. In response to the pandemic, the client engaged Boost Design […]

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 […]

Our client was developing a laboratory diagnostics device and required assistance with the development of the sample control system. The intent was to upgrade an existing product with new features, and as such the electronic control system was required to fit within a defined space with appropriate mechanical, electrical and software interfaces. Boost Design completed […]

The client wished to develop an IoT product for monitoring the status of a wide range of medical devices placed in the field. This would ensure that medical devices with faults could be automatically identified, and that operational medical devices could be easily located by users with a companion smartphone App. Boost Design performed the […]

In this project Boost Design was assigned to develop the electronics and firmware for a complex high-speed laboratory system to replace an ageing product. This system needed to be faster than their existing technology, more automated to remove manual tasks from operators, as well as more versatile to open greater market and revenue opportunities. Additionally, […]

This breakthrough technology has been developed to help reduce the significant amount of wastage currently present in the fresh produce supply chain. By monitoring trace levels of ethylene gas in produce storage areas, this system is able to detect the ripening cycle, and then provide feedback to supply chain operators as to how to best […]

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 […]

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 […]