SynapseX - Georgia Tech Brain-Computer Interface Innovation

Pioneering student-led brain-computer interface innovation.
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Brain-computer interface visualization showing neural connections and human silhouette in blue tones
30+
Active Members
1
Research Projects
2004
Founded
80%
Student Led

Who We Are

Founded in 2024, SynapseX is a Registered Student Organization at Georgia Tech. Our members work in interdisciplinary teams, research, signal processing, device engineering, and software development, to deliver working BCI prototypes.

Our Mission

SynapseX exists to push the boundaries of neurotechnology while creating a pipeline for student learning and discovery. We aim to train the next generation of innovators by tackling projects that merge brain science with advanced computing.

Our Process

From neural signals to binary code, our interdisciplinary approach ensures that every project benefits from diverse perspectives and expertise.

Neural signal processing visualization showing brain wave patterns and neural network connections
Neural Signal Processing
Decoding brain activity into structured electrical patterns.
Device Engineering
Hardware that captures, filters, and stabilizes the neural data.
Software Development
Algorithms that convert the processed patterns into binary code.
Software development visualization showing binary code and digital processing for brain-computer interfaces

Our Project Roadmap

EEG Cursor Control Prototype

Fall 2025

We are developing a baseline motor imagery (MI) + SSVEP cursor control demo using the OpenBCI Cyton (8-channel) and Ultracortex Mark IV. The goal is to achieve >70% selection accuracy and sub-2s response latency.

16-Channel Upgrade & Benchmarking

October 2025

We will add the Daisy module, expanding to 16-channel coverage. This enables richer signal processing, improved motor imagery classification, and higher-precision control tasks (e.g., pixel-level cursor accuracy).

Assistive Typing Prototype

Spring 2026

We aim to adapt cursor control into a typing interface for accessibility applications. The project will combine EEG signal classification, real-time feedback, and a user-friendly React dashboard.

Multimodal BCI Systems

Future

Beyond cursor control, SynapseX plans to explore hybrid EEG paradigms, brain-to-text interfaces, neuro-adaptive computing frameworks, and enable the think and let the computer do everything for you concept.

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Contact Us

Georgia Institute of Technology, Atlanta, GA, 30332

Get In Touch

Email: synapsex@gmail.com

© SynapseX 2025. All Rights Reserved