Dr Mahnaz Arvaneh is developing a brain-computer interface (BCI) which uses electroencephalography (EEG) technology to read brain signals and convert them into actions on a computer screen. In this video, Mahnaz demonstrates her system, using the Emotiv EPOC+, an EEG headset which measures brain signals.

Dr Mahnaz Arvaneh is developing a brain-computer interface (BCI) which uses electroencephalography (EEG) technology to read brain signals and convert them into actions on a computer screen. In this video, Mahnaz demonstrates her system, using the Emotiv EPOC+, an EEG headset which measures brain signals.

Dr Mahnaz Arvaneh is developing a brain-computer interface (BCI) which uses electroencephalography (EEG) technology to read brain signals and convert them into actions on a computer screen. In this video, Mahnaz demonstrates her system, using the Emotiv EPOC+, an EEG headset which measures brain signals.

Using a Brain-Computer Interface

In the near future, many of us will work alongside robots. Knowledge of robotics and autonomous systems will be a helpful skill for a surprising number of today’s careers. In this collection, we’ll look at current and future developments in the field of robotics that could shape many different aspects of our daily lives. We’ll build up a picture of the principles and the fundamental challenges of robotic design, and demonstrate how research here at The University of Sheffield is working to overcome some of these challenges.

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Using a Brain-Computer Interface

Using a Brain-Computer Interface

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