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Neuroforum 2024 Issue 2
Göttingen Meeting 2025
FENS

Master Cognitive Neuroscience Berlin (MCNB)

Home / Node / Master Cognitive Neuroscience Berlin (MCNB)
Master Cognitive Neuroscience Berlin (MCNB)
City: 
Berlin
Desired Degree: 
Master (M.Sc.)
Application Deadline : 
April 15 - May 31
Stipendium: 
none
Duration: 
2 Jahre
Description: 

The Master's program 'Cognitive Neuroscience' or MCNB (Master Cognitive Neuroscience Berlin) is an English Master of Science program which is offered by the department of Education and Psychology at the Freie Universität of Berlin.
By providing students with an opportunity to gain theoretical knowledge as well as methodological competency, this integrative and research-focused program aims to provide students with the skills to qualify for a career in applied research in the fields of general and neurocognitive psychology, biological psychology and cognitive neuroscience or other
related working environments.
The four-semester master program consists of ten modules and a Master's thesis for a total of 120 credit points (ECTS). The program is divided into two stages: Lectures and Research, corresponding to the two years of the program.
During the first year, the Lecture stage, the students are expected to complete several courses which cover all three focuses of the program. These courses deepen the general theoretical and empirical foundations of the focuses while also developing general methodological skills.
In the Research stage the students will have an opportunity to gain in-depth training in their chosen specialization of neuroscience thereby allowing the students to develop the skills required for them to perform research at a highly competitive level. In the second year of the program, the class schedule is reduced to a week of class or one or two sessions a semester.

Ansprechpartner
Mirjam
Bartscherer
Freie Universität Berlin
Department of Education and Psychology
Habelschwerdter Allee 45
14195
Berlin
Telefon: 
+49 30 838 543 13
Keywords
cognitive neuroscience
neurocognitive methods
neuroimaging
cognitive psychology
biological psychology