Postdoctoral Fellow in
Machine Learning
in the Dept. of Psychiatry, Baylor College of Medicine & Electrical & Computer Engineering, Rice University
The Papageorgiou/Investigational Targeted Brain Neurotherapeutics Laboratory focuses on the mechanisms involved in neuro-rehabilitation as a function of non-invasive brain stimulation strategies. Our studies
focus on a variety of innovative approaches, including neurofeedback in targeted and individualized regions of interest based on the patient's location and spatial extent of the lesion, optimization of rt-fMRI nFb methods with the long-term goal of central
and peripheral nervous system injury neuro-rehabilitation, as well as using highly quantitative methods, such as population receptive field, multivariate and univariate analyses. More specifically, our laboratory studies: (i) the mechanisms that guide plasticity
following insult to the brain by using structural, volumetric, diffusion tensor imaging and functional connectivity measures; (ii) functional plasticity/reorganization
of the brain by applying a targeted and individualized real-time fMRI neurofeedback method; and (iii) optimized neurofeedback approaches via computational modelling.
The Papageorgiou Lab is seeking a highly motivated post-doctoral fellow to conduct innovative computational modeling on
cortical repair and neuromodulation. The goal of this project is to uncover the underlying mechanisms of cortical repair using, fMRI and real-time functional MRI neurofeedback combined with EEG data acquisition
in the long-term. To achieve this, the postdoctoral fellow will use computational modeling and machine learning. The project promises to be challenging, but also presents a highly exciting opportunity to gain an understanding of innovative
neurofeedback methods applied to health and neurological disease (cortical blindness, chronic pain and other neurological disorders. The applicant MUST have the passion and motivation to pursue innovative scientific research with a flexible work schedule.
Essential Duties
Perform machine learning and deep learning data analyses on neuroimaging data already collected and available for analyses.
Prepare and conduct technical presentations.
Document research, and write-up papers in peer-reviewed journals.
Required
Qualifications
Prerequisite is a Ph.D. in a relevant field:
Applied Math; Neuroscience; Electrical
Engineering; Bio-engineering/Biomedical Engineering; Applied Physics.
Demonstrated advanced analytical and experimental skills.
Strong expertise in signal processing.
Demonstrated written and verbal communication skills to author technical and scientific reports, publications, and invited papers, and deliver scientific
presentations.
Good interpersonal communication skills necessary to collaborate effectively in a team environment and be capable of independent original work.
Preferred Qualifications on any of the following
Preference will be given to applicants with a PhD in Applied Math
Machine Learning
Signal processing
Experience in fMRI methods and analyses:
AFNI
experience will be strongly preferred
Apply: Please send a pdf or word CV, 3-4 references, and cover letter
to Dr. Dorina Papageorgiou at [log in to unmask]
Compensation commensurate with experience.
Baylor College of Medicine is an Equal Opportunity /Affirmative Action/Equal Access Employer