About

We are the only group of ambitious undergraduate students at the University of Toronto that is obsessed with educating and engineering neurotechnology projects to benefit the greater university and Toronto community.

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Origin

For nearly a decade, NeurotechUofT has been shaping the landscape of undergraduate neuroengineering at the University of Toronto. What began in 2016 as a small group of students experimenting with EEG boards and early brain–computer interface workshops has grown into one of the most active and enduring student-run neurotechnology communities in Toronto.

Kinematic mechanism
2016

Foundation

NeurotechUofT began quietly in 2016, started by a small group of students who simply wanted to learn more about brain-computer interfaces. There was no roadmap, no grand plan; just curiosity, a couple of OpenBCI boards, and a desire to build things together.

2017–2022

Early NTX Era: Small, Fun, Experimental Projects

The team develops small but creative North American NeuroTechX (NTX) competition submissions each year. These projects, fun, lightweight, and exploratory, become annual traditions that help students learn signal processing, EMG/EEG acquisition, and prototyping in a low-stakes environment.

2024

Major Revamp: New Identity, New Direction

NeurotechUofT undergoes a major rebrand and structural transformation, formally stepping away from the NeuroTechX competition after eight years to refocus on long-term neuroengineering impact. The organization transitions from a competition-driven club to a research and innovation-led team, laying the foundation for sustained academic contribution. This shift is marked by the launch of NeuronMove v1, NeurotechUofT's largest project to date, a closed-loop system targeting Parkinsonian tremors and akinesia through EMG and EEG-driven actuation.

2026

The Most Active and Significant Evolution in Our History

2026 marks the most transformative year in NeurotechUofT's history. The team doubles in size, raises recruitment standards, and formally opens membership to master's and PhD students, anchored by seven Core Principles emphasizing first-principles thinking, accountability, and technical rigor. Two major R&D initiatives launch, NeuronMove v2 and the Post-Stroke Rehabilitation project with UTMIST, expanding work into advanced neurorehabilitation. Deepened affiliations with the Krembil Brain Institute and SickKids, alongside a rebuilt Community and Education arm, position NeurotechUofT as a leading hub for student-driven neurotechnology research and impact.

Mission

Our mission is to build rigorous, first-principles neuroengineering systems that translate into real clinical impact. We prioritize depth over speed, accountability over optics, and long-term technical value over short-term outcomes, training engineers capable of contributing meaningful, publishable, and translational work at the intersection of engineering, neuroscience, and medicine.

Our work spans three tightly integrated subsystems
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Subsystem

Hardware

Building embedded signal-acquisition devices, actuators, and wearable systems that bring intent-driven movement to life.

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Subsystem

Software

Developing real-time signal processing pipelines, machine learning models, and adaptive control algorithms.

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Subsystem

Neuroscience

Ensuring physiological accuracy, clinical relevance, and alignment with translational research goals.