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Acquire comprehensive training in fundamental areas of cognitive neuroscience and human neuroimaging, equipping you to produce and analyze neurobiological data for insights into both healthy and impaired brain function. You'll cultivate expertise in neuroimaging methods, neurophysiological data acquisition and interpretation, as well as hands-on neuroanatomy.
This year-long program offers intensive instruction in essential cognitive neuroscience and human neuroimaging principles, empowering you to create and evaluate neurobiological data for comparative studies of typical and atypical brain function.
The curriculum includes specialized training in neuroanatomy, brain imaging technologies, neurophysiological measurement methods, and data analysis approaches to explore connections between neural processes and behavior.
During your studies, our neuroscience experts will guide you through critical research methodologies such as functional/structural MRI, EEG, neuropsychological assessment, TMS, and tDCS. After mastering these techniques, you'll apply them to investigate cognitive domains like attention, executive function, and neurological conditions including Alzheimer's, autism spectrum disorders, and ADHD.
Career prospects
The advanced research competencies you'll develop - spanning computational modeling, neuroimaging, and data analysis - will prepare you for professional opportunities such as:
neurodata processing and interpretation roles in healthcare systems or pharmaceutical companies
positions in deep learning, machine intelligence, or AI development
research careers focused on neurological disorders (stroke, dementia, Parkinson's, epilepsy) in academic or government research institutions.