Postdoctoral Fellow: Neuroimaging for Neuromodulation

Mount Sinai Morningside; New York (NY); Presencial; USD 73 000 - 80 000; Tempo integral

Resumo da oferta

Mount Sinai Health System in New York seeks a PhD-level researcher to advance neuromodulation research through multimodal imaging, machine learning, and network-based target identification. You will preprocess multimodal MRI data, establish image-guided targeting for therapies like DBS or TMS, and collaborate with clinicians to support decision-making.

The role emphasizes developing imaging biomarkers, tracking brain remodeling, and predicting long-term outcomes, with a strong focus on

Qualificações

• Ph.D. degree in Neuroscience, Bio & Brain Science, Data Science, Computer Science, or Computer Engineering.
• Excellent coding skills (Python, Matlab, Shell script).
• Handle multimodal image data processing (i.e. FSL, AFNI, MRTRIX, FREESURFER).
• Structural and functional image data processing and analysis.
• Strong knowledge of image statistical analysis.
• Strong knowledge of machine learning approaches.
• Strong communication skills and a strong interest in neuromodulation research.

Responsabilidades

• Multimodal image preprocessing to identify imaging biomarkers for various neuromodulation therapies
• Establish image-guided neuromodulation targeting
• Collaborate with a clinician to provide high-level research support for clinical decision-making
• Machine learning approaches to characterize biomarkers and predict targets, circuits, and outcomes

Conhecimentos

Machine learning

MRI image analysis

Image processing

Strong communication

Formação académica

Ph.D. in Neuroscience, Bio & Brain Science, Data Science, Computer Science, or Computer Engineering

Ferramentas

Python

Matlab

Shell scripting

Descrição da oferta de emprego

Mount Sinai Health System in New York seeks a PhD-level researcher to advance neuromodulation research through multimodal imaging, machine learning, and network-based target identification. You will preprocess multimodal MRI data, establish image-guided targeting for therapies like DBS or TMS, and collaborate with clinicians to support decision-making.

The role emphasizes developing imaging biomarkers, tracking brain remodeling, and predicting long-term outcomes, with a strong focus on