Assisting neurosensor finalist in Queensland and National bionics prize

QP-ITC and PARTEC are collaborating with Casey Pfluger are collaborating in this project regarding plastics product design and other assistance.

They are finalist in Bionics Challenge 2021 (Bionics Queensland). The final product will be prototyped at PARTEC and go to a local moulder.

Cortex Brainwave Technologies is developing a high-quality ‘tuneable’ medical sensor that utilises both fNIRS and EEG and far exceeds the capability of any standalone EEG or NIR sensor on the market. The development of consumer, portable and user-friendly brain-computer-interfaces (BCI) is dependent on both sensors and the hardware. Monitoring of home-based patients using self-applied sensing systems is one of the most challenging applications of wearable sensing and is plagued with motion artefacts, interoperability issues, interference (EEG) & data quality.

When combined with wearables for IoT systems, they face the problems of unreliable mobile data networks, power/battery management issues as well as false positives and negatives. The combined problems make the use of EEG-based medical sensors unsuitable for many medical scenarios. With substantial challenges impeding the performance of existing BCI implementations, Cortex is developing a new comfortable, convenient, and high quality NIR sensor.

The initial use case for the Cortex Neurosensor will be a home-based neurofeedback therapy using a portable BCI headset for the almost 1 in 5 Australians affected by brain disorders such as acquired brain injury, learning disabilities, stroke, ADHD and autism. To date, there have been limited therapeutic interventions available and a significant social and economic cost involved for affected individuals and their family members. The team is inspired by the personal experiences of the Neurosensor inventor and his young daughter.