The Integrated EEG-EMG Team’s project is an electroencephalography  (EEG) and electromyography (EMG) data acquisition system sponsored by the GVSU BME department. EEG signals are small amplitude (0-100uV) electrical signals measured from the scalp that reflect neuronal activity. EMG signals are small amplitude (0-10mV) electrical signals measured from the surface of the skin that reflect muscle activation. Both types of signals can be detected using surface contact electrodes but must be amplified and processed for proper data analysis. This system must be able to simultaneously record 5 channels of EEG data and 2 channels of EMG data in 30-second trials, then wirelessly transmit the data to a computer. By recording both EEG and EMG at once, analysis of the signals should provide crucial information on how the brain and muscles of the body work together to perform different tasks and further the research of human balance and stability. For example, this system’s data could provide insight into the neural modulation of skeletal muscle. The proposed solution for this project involves two separate wearable modules to collect EEG and EMG signals, respectively. These modules will include the capability to amplify, filter, and transmit the bioelectric signals.