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Develop practical skills in our advanced research labs through this hands-on Master's program, exploring how complex cognitive processes connect to brain mechanisms.
You'll investigate brain anatomy and operations, study cognitive neuroscience in health and disease contexts, and master contemporary research approaches. Key components include:
Practical training with modern technologies such as MRI, EEG, eye-tracking devices, brain stimulation (TMS, tDCS), and cognitive assessments.
Research methodology and statistical analysis, culminating in an original dissertation project to advance in the dynamic field of cognitive neuroscience.
Professional communication training covering academic writing and presentation skills for career advancement.
Upon completion, you'll comprehend sophisticated cognitive processes and their neural foundations in both clinical and healthy populations, along with career-ready professional abilities.
The curriculum covers diverse subjects, equipping you with expert-level knowledge in cognitive neuroscience, including:
Brain anatomy and functionality, plus interpretation of neuroimaging and lesion study results.
Neural processes behind healthy cognition, decision-making, emotional regulation, attention, memory, and visual perception, including current research limitations.
How neurological dysfunction relates to mental health conditions like depression, anxiety, schizophrenia, and substance disorders, and how neuroscience methods can inform treatments.