Fits a range of head sizes without unintended movement/slippage:

The headset should be adjustable to a variety of head sizes to ensure that the scope of the research being performed is not limited to a particular segment of adults. This was our top priority because it directly allows for key flexibility for the researchers and test subjects, while also fulfilling ethical responsibilities by allowing the data collected to be more diverse and inclusive. The accuracy of the data also depends on the adjustability of the headset – if the fit is too large, the electrodes will be far from the subject's head and not be placed in the correct locations to receive accurate data, therefore the ability for the headset to adjust is crucial.

With various VR/AR headsets:

One of the main goals was to provide a product that can easily integrate with AR/VR headsets in order to conduct research. The researchers at MERL indicated that an ideal solution for the EEG data collection headset would have the ability to integrate with several different types of goggles, which was key in providing extensive research across a broad scope. It also allowed for our headset to be used in comparative research that spans a variety of VR products.

Easy to set up & accurately collects EEG data:

Researchers rely on the data that is transmitted to the EEG sensors. The quality of the data received from our device will have to hold up to the standards of existing practices. The most important part of EEG data collection is firm and consistent contact with the scalp on all electrodes. Thus, the placement and consistency of these sensors will determine if our device is viable for research purposes. Electrode contact serves as a key baseline that must be reached in order to have a functioning device.

Open-source (OpenBCI) and easy to fabricate:

OpenBCI is an open source community that makes hardware and software for collecting biosignals. Instructions for fabrication were published on OpenBCI for MERL or other researchers to build the headset themselves.

Having multiple devices will allow more research to be conducted. Additionally, if the lab plans on using our headset cap beyond our suggested number of wears or if a piece of it becomes defective, they should be able to fabricate another to replace it. Our team thoroughly and clearly documented each step of fabrication so that they will be able to make it without our assistance.

Withstands many uses:

Since the research team plans on using our product in research, it is likely that a great deal of people will be putting on and taking off the headset. It is important for a data collection tool for research to be able to withstand wear across many uses without compromising the accuracy of the data – thus, it is essential that our product is durable across many uses.