All Case Studies
94.6% F1 SCORE (GRADE A+)
ACADEMIC CAPSTONE // BIOMEDICALDeep Learning & FYP

NeuroScan EEG Automated Classifier

Manual artifact detection in multi-channel EEG signals required 14 hours per patient dataset during epilepsy diagnostics clinical trials.

14h to 12s Analysis
100% Defense Score
IEEE Paper Acceptance

Engineering Approach & Execution

Trained a custom 1D-CNN transformer architecture in PyTorch with spectral wave decomposition, paired with a Next.js visualization interface for researchers.

Epilepsy researchers face a major bottleneck in manual signal inspection. A graduating biomedical engineering capstone team partnered with Hopfield Labs to build an automated neural classifier.

We guided the research formulation, implemented Morlet wavelet transforms for time-frequency spectrogram extraction, and built a custom 1D convolutional vision transformer.

The student team received a Grade A+ defense evaluation, an IEEE conference publication acceptance, and open-sourced their benchmark weights.

Technology Stack

PyTorch
Python
Next.js
Tailwind CSS
FastAPI
PRODUCTION GRADE

Every system delivered by Hopfield Labs is backed by automated CI/CD pipelines, strict type validation, and 30-day warranty.

SIMILAR SPECIFICATIONS?

Let's engineer your solution

Discuss your architecture, timeline, and deliverables with our team.