I will prototype wearable eeg headbands with low noise pcb, ble electrodes and firmware

Designing a wearable EEG headband for neurotechnology, sleep research, meditation, or biosensing? I can develop the electronics around your EEG requirements, focusing on low-noise acquisition and compact design.

EEG signals are highly sensitive to interference, grounding, electrode quality, analog front-end performance, and PCB layout. The signal path must work as one system, from electrodes through analog acquisition to wireless transfer.

I can help with:

EEG analog front-end and electrode interface

Low-noise schematic and PCB layout

BLE-enabled MCU integration

Signal acquisition and embedded firmware

Power management and battery operation

Filtering and signal-conditioning foundations

Compact headband electronics and component selection

BOM, Gerber files, and manufacturing documentation

The architecture can support a prototype, research platform, or connected EEG device.

Send your required EEG channels, electrode type, sampling rate, wireless requirements, battery constraints, and target headband dimensions so I can define the appropriate hardware approach for your project.