SSVEP, Alpha, & EMG Triple BCI for Real-Time Control of a 6-Command Arduino-Powered RC Car
A hybrid brain–computer interface combining SSVEP, alpha rhythms, and EMG signals to control an Arduino-driven RC car with six distinct commands.
@ Davis
Whether you're curious about BCIs or eager to innovate, you're in the right place. Let's push boundaries together!
Learn moreRecently...
Discover Neurotech Day: NT x EAOP
A day-long conference on everything Neurotech! Dissections, lab demos, and workshops to introduce high school students to the opportunities within neurotechnology.
Consulting Case Competition
Consulting Division teams presented their strategy pitches to industry judges, closing a year's worth of work.
Together at the Zoo
Publications Division storyboarded, illustrated, and brought to life a children's book encouraging awareness about differences in our brains and bodies. Published and available on Amazon!
Brain-Oculars: Continuous Cursor Movement through cVEP-Driven Attention
Using machine learning to detect whether participants truly comprehend semantic content.
Our Divisions
Projects
Building brain-computer interfaces (BCIs) from the ground up. Teams utilize machine learning and hardware prowess and combine diverse signal acquisition systems.
Research
Learning the foundations of neurotechnology. Teams evaluate up-and-coming research and receive mentorship from current explorers in the field.
Education
Empowering the next generation of neurotechnology innovators. Teams build K-12 educational programs to share neurotech with our communities.
Consulting
Tackling industry challenges. Teams evaluate and devise market-strategy plans for players within the neurotechnology industry.
Publications
Sharing neurotechnology knowledge in diverse forms. Teams publish scientific magazines, children's books, and podcasts.
