BCI Atlas

UF has an ecosystem-level footprint in neural engineering spanning noninvasive decoding (MEG), neuromodulation/brain mapping, and interface biology/biomaterials, with structured training inside UF BME.

Lab — American

University of Florida — Neural engineering & BCI ecosystem

BCI · lab · neural engineering · UF · decoding · neuromodulation · biomaterials

The University of Florida (UF) has an ecosystem-level footprint in BCI/neurotechnology spanning:

  1. neural decoding (including MEG-based speech/phoneme decoding work),
  2. clinical neurotech + neuromodulation / brain mapping, and
  3. interface biology / biomaterials.

1) UF Neurology iBRAIN Lab — noninvasive speech/BCI decoding (MEG + deep learning)

One representative paper in this thread:

2) Brain Mapping Laboratory (Aysegul Gunduz) — human brain mapping, decoding, and neuromodulation

3) Computational NeuroEngineering Laboratory (CNEL) — BMI signal processing & brain interfacing

4) Schmidt Lab (Christine Schmidt) — biomaterials for regeneration and neural interfacing

Evidence of structured neural engineering training

Clean claims you can make (with sources)

  1. UF Neurology publicly describes BCI work aimed at synthesizing speech from neural activity using MEG and deep learning. https://neurology.ufl.edu/ibrain-lab/research-2/bci/
  2. UF BME explicitly organizes Neural Engineering as a faculty/research area. https://bme.ufl.edu/people/faculty/cat/primary-faculty/neural-engineering/