HPC-Optimized Simulation Frameworks for Ultrasound Neuromodulation Models - 2026_IDR_DEIB_33
Posted on: 15/04/2026
Deadline: 29/05/2026
Scientific-Disciplinary Group
09/IBIO-01 - Bioengineering
Description
The fellow will develop and optimize the computational framework supporting SEVERUS in silico modeling, with emphasis on performance, scalability, and reproducibility. Activities include engineering modular workflows in NEST (and ARBOR, if needed), profiling and optimizing simulation runtime/memory, benchmarking alternative neural model formulations to identify the lowest-compute configuration that preserves required electrophysiological outputs, and setting up/validating the project’s HPC software stack and benchmarking suite to enable large simulation campaigns.
Job posting website
Number of positions
1
Funding body
Politecnico di Milano
Selection process
Click to expand
In order to participate in the selection, please read the call ("bando") available at the following website: https://www.polimi.it/en/bandi-incarichidiricerca
Oral test aimed at ascertaining candidates’ aptitude and suitability to carry out the research activity covered by the Fellowship, as well as at assessing their knowledge of English and/or other languages relevant to the research activities to be performed (up to 45 points) Relevance and pertinence of the publications, theses and scientific products attached to the research programme covered by the Fellowship (up to 10 points) Relevance and pertinence of previous research activities and work experience, if any, in relation to the research activity covered by the Fellowship (up to 30 points) Relevance and pertinence of their study programme to the research programme covered by the Fellowship (up to 15 points)
View the original posting on the MUR website: Go to MUR website