Hands-on Curriculum, Ground-breaking Discoveries
Benefits of Neurotechnology in Education
Lasting Impressions
Interactive learning makes neuroscience exciting for all ages. Enhance education with real-time brain exploration using the same EEG devices trusted in research.
STEM integrations
Enhance your STEM curriculum by incorporating brain-based learning with professional EEG technology. Students will take what they learned in programming, engineering, and research into their future careers and education.
Real-World Applications
Inspire innovation by giving students practical neurotechnology experiences, preparing them to become the next generation of inventors and innovators.
Increase student engagement, lesson retention, and college readiness
Emotiv EEG headsets are powerful enough for neuroscience, yet simple enough for beginners.
Easy to use and adaptable for high school and university programs, our headsets empower hands-on neuroscience education and BCI applications. Access a curriculum that allows students to become junior neuroscientists. EMOTIV's wireless and portable EEG lab equipment enables students to visualize and understand brain activity in real-time, right in their own classrooms.
EEG for STEM Classrooms, Labs, and Faculty-Led Research
From AP Psychology to cognitive neuroscience, Emotiv EEG systems support instructional goals and IRB-ready research projects with scalable, classroom-compatible technology.
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Revolutionizing EEG Research for Over a Decade
Emotiv EPOC X 14-channel saline wireless EEG headset revolutionized how researchers collected and observed contextual EEG data. EEG technology had been around for decades, but was cumbersome, limited, and expensive. So, when Emotiv introduced a completely wireless, research-quality EEG headset at a fraction of the cost, we democratized EEG and ushered in a new era of contextual brain research.
Today, Emotiv neurotechnology allows anyone to unlock the mysteries of the human brain and observe its fascinating processes outside of a laboratory. We have added even more options to researchers with Flex Gel and Flex Saline (up to 32-channel EEG), Insight (5-channel EEG), and Emotiv PRO software integration for tablets and mobile devices.
Academic Research at Scale
Emotiv EEG is the world’s most versatile range of research-grade, whole-brain sensing neuroscientific equipment. Mentioned more than 23,000 times on Google Scholar, see why leading minds trust Emotiv for neuroscience research in K-12 and higher learning.
Contextual Research
Record high-density EEG data
Conduct nuanced field experiments
Monitor real-time brain states
Hackathon Competitions
Innovate for Accessibility
Bring science-fiction ideas to life
Unleash creative expression
Meaningful Curricula
EEG headsets and earbuds can be worn at home during virtual lessons, allowing teachers to adjust their methods based on real-time focus levels.
Emotiv Academic Research
Success Stories
Educators and students alike have used Emotiv’s wireless EEG systems to build, conduct, and publish experiments that push the boundaries of neuroscience.
Scientific Breakthroughs
Xi’an University successfully translated brainwaves into visible characters on a screen, turning thoughts into images. The 32-channel Emotiv Flex was used to accurately obtain brain data as a subject viewed combinations of 26 English letters and 10 numbers in 50 font variations.
Advancing Brain Care
Drexel University’s groundbreaking Brain Age system uses Emotiv Epoc X headsets to measure the electrical activity during a brain's resting state and compares it to statistical data among healthy adults. This suggests it may become practical to start screening individuals in early middle age or even earlier, rather than waiting until late middle age or older when symptoms become noticeable.
Communing with Nature
National Geographic mapped how walking in urban and natural environments effects our relaxation and cognitive stress. In 2016, as part of NatGeo’s Wild Cities project, Daniel walked nearly 1,700 kilometers across the UK while wearing Emotiv Epoc and Insight EEG headsets and tracking his emotions in real time. The data was synchronized with Daniel’s phone GPS, building an “emotional map” that others could follow.
