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The Human Motor Control and Neuromodulation Lab under Dr. Helen Bronte-Stewart 
(https://secure-web.cisco.com/15Hq88HuNDDnZQmpUkIStHpG3Ewp-EmDoZs51P12SQmLNqVun0gkb334QcCpzPxOXngvP-9BRXjyXZGVvpZeYhOP690UmFZ0PIAZ7cvDUrEL5ozGdquepLJvUSBI2aXb0iK3pzUZg1B8uLwy-Xc8gHKKDy2l_B-gk_5PxRkfFOyZAfPzIENGauKdSM4FOguCj-f2NdDmv7QKrjmm0gvFCutT9998yqOuogTUAt1hJbucKYJwxAc01SRvGSJFgIUXgR30QsDU7YSOiqni5SvFTjE-ourIo_ldxXs3OiOUGpojOECVZrgKZ1_X9D_n6xx0-Wyz5-egkq7fZoT2Swd5pDQ/https%3A%2F%2Fmed.stanford.edu%2Fbronte-stewart-lab.html)
 part of the Stanford Movement disorders Center within the Department of 
Neurology and Neurological Sciences at Stanford University’s School of 
Medicine, is seeking a postdoctoral scholar with neuroimaging expertise to 
investigate cognitive-motor dysfunction in Parkinson’s disease.



The current position is for a project where we will be conducting a pilot 
clinical trial using a novel deep brain stimulation approach for cognitive and 
cognitive-motor dysfunction in Parkinson’s disease. The candidate will help 
validate the use of a novel target for deep brain stimulation using a 
combination of tractography and DBS modeling (e.g., volume of tissue 
activated). You will work together with neurosurgeons, radiologists, and 
neurologists on the trial to validate various trajectories and targets. You 
will work with stimulation modeling software to individualize stimulation 
parameters for participants to optimize efficacy. In addition to your role on 
this project, you will get the chance to investigate structural differences in 
brain morphology between different neurodegenerative diseases. The current 
position offers an exceptional opportunity for neuroscientists with a 
background in structural neuroimaging and/or cognition to apply these skills in 
a clinically-relevant domain.



The desired candidate would have a PhD in Neuroscience or a related discipline 
with experience in neuroimaging, cognition, and/or motor control. Preferred 
start date is before September 2023 but is flexible.



Job Requirements



Required:



PhD in Neuroscience or related disciplines with expertise in data science



Experience in structural neuroimaging (tractography, voxel-based morphometry, 
etc.)



Experience working in the area of cognition and/or motor control



Comfortable analyzing data in Matlab, Python, or similar languages



Strong data science skills



Ability to work well in a diverse team



Effective oral and written communication skills



Excellent organization skills and demonstrated ability to complete detailed 
work accurately



Excellent problem-solving ability







Preferred:



Experience with Parkinson’s disease or other clinical populations such as 
Alzheimer’s disease



Experience with deep brain stimulation modeling (volumes of tissue activated, 
etc.)



Experience with larger data sets







How to Apply:



Apply by sending the following to Kevin Wilkins (wilkins2 at stanford.edu)



CV



Cover letter describing interest and relevant experience for the project



Three potential reference contacts (We will not contact references until 
confirming with you)



The expected base pay for this position is the Stanford University required 
minimum for all postdoctoral scholars appointed through the Office of 
Postdoctoral Affairs. The FY23 minimum is $68,238.



Stanford University is an affirmative action and equal opportunity employer, 
committed to increasing the diversity of its workforce. It welcomes 
applications from women, members of minority groups, veterans, persons with 
disabilities, and others who would bring additional dimensions to the 
university's research and teaching mission


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