We enable students of all backgrounds to discover the intersection of engineering and neuroscience by developing a brain-computer interface, an EEG device, and brain-inspired software and hardware.
Our interdisciplinary and diverse team of 37 students brings together engineering, medical, social studies and science students from 22 nationalities.
On June 27th 2023 we were proud to host our first seminar devoted to the topic ofNeurotechnologies. We aimed to engage more people in the field and share our ideas aboutdifferent BCI approaches. It was a great opportunity to learn from experts and showcase ourprogress. We believe that the event enriched everyone's knowledge and sparked curiosity.
From November 6th to 9th, we at neuroTUM, in collaboration with Fortiss Neuromorphic Labs and Intel, hosted a neuromorphic hackathon. Here, we delved deep into the exciting world of neuromorphic computing, using the teachings of our own complex neural system to solve problems, that require energy efficiency, continual learning, and pattern recognition. In this article we take a closer look at the projects that emerged.
Virtual environments are a way to test ideas and implementations thoroughly before putting them into the real world. In this article we explore how we do it inside neuroTUM and how the Cybathlon committee uses virtual environments as the venue for the BCI competition.
Subscribe to our neuroTUM newsletter, your gateway to the fascinating realm of neuroscience. In these concise articles, we'll pack exciting updates, club activities and provide you with a platform to learn about neurotechnology topics
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