Neurocomputational Engineer: EEG–fUS Multimodal Modeling

Italian Ministry of Education, University and Research; Italia; On-site; EUR 28,000 - 48,000; Part time

Job summary

Sapienza Università di Roma invites applications for a research position to develop and validate multiscale computational models of brain activity, integrating EEG and fUS data. The work includes neuronal dynamics simulation, neurovascular coupling models, and EEG source-space analysis, with exposure to machine learning methods such as reservoir computing and deep learning to classify brain states.

Experiments will utilize simultaneous EEG–fUS data; country: Italy.

Qualifications

• Development and validation of multiscale computational models of brain activity.

Responsibilities

• Develop and validate multiscale computational models of brain activity.

Skills

Neuronal dynamics simulation

EEG–fUS data analysis

Neurovascular coupling models

Spiking neural networks

Machine learning methods

Reservoir computing

Deep learning

Tools

EEG

fUS

Job description

Sapienza Università di Roma invites applications for a research position to develop and validate multiscale computational models of brain activity, integrating EEG and fUS data. The work includes neuronal dynamics simulation, neurovascular coupling models, and EEG source-space analysis, with exposure to machine learning methods such as reservoir computing and deep learning to classify brain states.

Experiments will utilize simultaneous EEG–fUS data; country: Italy.