[Comp-neuro] Research position at UU regarding DBS.

We look for experienced and motivated candidates for electromagnetic and neuronal modeling in the context of Deep Brain Stimulation (DBS) therapies. The research program is funded by an ERC Advanced Grant.

 1. (Electromagnetic Model) This research track aims at implementing an electromagnetic fields simulator for use in DBS applications. Given geometry and qualitative properties of the neuronal tissue at hand, the aim is to simulate the fields induced by steering charges delivered through the DBS-electrodes. In essence, this application goes along the lines of a electromagnetic field which operates in a fluid, making use of standard tools in Finite Element Modeling.  This project is intended to be tested in real clinical environments, validating the principles of the designed model.

2. (Incorporating Imaging Information) One of the prominent ways used to extract information about anatomy and qualitative properties of brain tissue is to fuse the images obtained in MRI or/and CET scans. The estimated values can be utilized to individualize the calculations in the elctromagnetic model. This research track will develop tools and apply them to real images originating from clinical settings.

Both positions are mainly intended for experienced researchers, but convincing track records for beginning researchers may also be considered. In order to apply, please email your CV, sample publications and a list of references to am@it.uu.se, kp@it.uu.se. A statement of interest should reach us by 4 April 2011. UU is an Equal-Opportunity employer.