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Welcome to our student-led neurotechnology club at Case Western Reserve University. Join us in exploring the exciting field of neurotech through competitions, workshops, mentorship, and networking opportunities.

BCI Competitions

We plan to attend and possibly host BCI hackathons around the country.

Technical Workshops

Participate in our technical workshops to enhance your neurotech expertise.

Interactive Projects

Form project groups and tackle your own paradigm using our advanced EEG system!

Meet our Executive Team

Meet our Executive Team

Elevate your workflow by seamlessly integrating our machine learning platform with your existing tools. We understand the importance of collaboration and compatibility, which is why our platform supports a wide array of integrations.

Owen Anderson

Co-president

Co-president

Third-year neuroscience, computer science + AI student at CWRU. Researcher at Cleveland Clinic.

Lucas Vorkoper

Co-president

Co-president

Third year cognitive science and neuroscience student. Researcher at CWRU school of medicine.

Jarvis Chen

Treasurer

Third year Biomedical Engineering + Electrical Engineering student at Case Western Reserve University. Researcher at Cleveland Clinic.

Mark Shteyn

Technical Mentor

Second year Data Science, Mathematics, and Artificial Intelligence student at Case Western Reserve University. Researcher at SDLE Lab.

Tiger Newman

Secretary

Third year Neuroscience & Pre Medical Student at Case Western Reserve University. Researcher & Nursing Assistant at Cleveland Clinic.

Project 1: EEG-Based Face Recognition

Learn to classify faces using brainwave data (N170 response) through hands-on signal processing and deep learning techniques. Each week covers a new step—from preprocessing to model development—using real EEG data.

Learn More

Project 1: EEG-Based Face Recognition

Learn to classify faces using brainwave data (N170 response) through hands-on signal processing and deep learning techniques. Each week covers a new step—from preprocessing to model development—using real EEG data.

Learn More

Project 1: EEG-Based Face Recognition

Learn to classify faces using brainwave data (N170 response) through hands-on signal processing and deep learning techniques. Each week covers a new step—from preprocessing to model development—using real EEG data.

Learn More

Project 2: EEG Monitoring for Epilepsy

Develop a portable EEG monitoring system to track temporal lobe epilepsy outside clinical settings. This discreet, behind-ear device allows real-time data collection and seizure detection, integrating machine learning for automatic analysis and a mobile app for remote monitoring.

Learn More

Project 2: EEG Monitoring for Epilepsy

Develop a portable EEG monitoring system to track temporal lobe epilepsy outside clinical settings. This discreet, behind-ear device allows real-time data collection and seizure detection, integrating machine learning for automatic analysis and a mobile app for remote monitoring.

Learn More

Project 2: EEG Monitoring for Epilepsy

Develop a portable EEG monitoring system to track temporal lobe epilepsy outside clinical settings. This discreet, behind-ear device allows real-time data collection and seizure detection, integrating machine learning for automatic analysis and a mobile app for remote monitoring.

Learn More

Project 3: Mind-to-Image Reconstruction

Harness the power of deep learning to translate brainwaves into visual images. Using EEG signals, we’ll explore cutting-edge methods to reconstruct what a person sees in their mind’s eye—opening new frontiers in neurotechnology and human-computer interaction.

Learn More

Project 3: Mind-to-Image Reconstruction

Harness the power of deep learning to translate brainwaves into visual images. Using EEG signals, we’ll explore cutting-edge methods to reconstruct what a person sees in their mind’s eye—opening new frontiers in neurotechnology and human-computer interaction.

Learn More

Project 3: Mind-to-Image Reconstruction

Harness the power of deep learning to translate brainwaves into visual images. Using EEG signals, we’ll explore cutting-edge methods to reconstruct what a person sees in their mind’s eye—opening new frontiers in neurotechnology and human-computer interaction.

Learn More

Students from All Backgrounds Welcome — Your Perspective Matters

FOR NEUROSCIENCE STUDENTS

Leverage your knowledge of the brain to interpret neural data.

Neuroscience students play a vital role in understanding how brain activity translates into technology. Contribute to decoding complex EEG signals and connecting neuroscience principles to advanced AI models.

Analyze and interpret neural data to uncover key patterns

Identify and map neural responses to external stimuli

Provide insight into neurological processes for AI-driven research

FOR COMPUTER/DATA SCIENCE STUDENTS

Transform neural data into insights using cutting-edge deep learning.

Computer and data science students are essential for developing machine learning models that can handle the intricacies of brainwave data, optimizing them for real-world applications in neurotechnology.

Develop deep learning models to process complex EEG signals

Create pipelines for efficient data preprocessing and visualization

Implement algorithms to predict neural responses and interactions

Contact our friendly team

Got questions or ideas to share? Reach out to us! Fill out the form below, and we’ll get back to you as soon as possible. We’d love to hear from you!

Feel free to reach out using the contact form below or via the provided contact information. Let's connect and bring your AI aspirations to life!

Support

Frequently Asked Questions

Who can join Neurex, and do I need prior experience?

Who can join Neurex, and do I need prior experience?

Who can join Neurex, and do I need prior experience?

Who can join Neurex, and do I need prior experience?

What types of projects does Neurex work on?

What types of projects does Neurex work on?

What types of projects does Neurex work on?

What types of projects does Neurex work on?

How often does Neurex meet and what’s the commitment level?

How often does Neurex meet and what’s the commitment level?

How often does Neurex meet and what’s the commitment level?

How often does Neurex meet and what’s the commitment level?

Can I propose my own project or research idea?

Can I propose my own project or research idea?

Can I propose my own project or research idea?

Can I propose my own project or research idea?

What resources and equipment are available for members?

What resources and equipment are available for members?

What resources and equipment are available for members?

What resources and equipment are available for members?

What technologies are used in Neurex project development?

What technologies are used in Neurex project development?

What technologies are used in Neurex project development?

What technologies are used in Neurex project development?

Join Neurex and Explore Opportunities in Neurotechnology Innovation

Or get in touch with our presidents.

Join Neurex and Explore Opportunities in Neurotechnology Innovation

Or get in touch

with our presidents.

© 2016-2023 VisionIQ - MIT License

Join Neurex and Explore Opportunities in Neurotechnology Innovation

Or get in touch with our presidents.

Join Neurex and Explore Opportunities in Neurotechnology Innovation

Or get in touch with our presidents.

Babarogic © 2023. Designed by Goran Babarogic

Join Neurex and Explore Opportunities in Neurotechnology Innovation

Or get in touch with our presidents.

Babarogic © 2023. Designed by Goran Babarogic