Program

Program

The Max Planck School of Cognition offers an international four-year doctoral program starting with a one-year orientation period followed by three years of research for the doctorate (Figure 1). Students can enter the program with a Bachelor’s (fast track) or a Master’s degree.

Figure 1. Overview of the four-year doctoral program at the Max Planck School of Cognition

Application

Applicants can enter our program from a variety of different scientific research fields (Figure 2). A bachelor's or master's degree is required, whereas bachelor's candidates need to complete a fast-track master's degree in the first year. Interested candidates can apply for a place in our School in the fall (see application).

Figure 2. Variety of research disciplines of our Fellows

First Year

During the first year (the so-called orientation period), emphasis is put on teaching and prolonged laboratory rotations usually in three different labs of fellows of the Max Planck School of Cognition. An important goal of the orientation period is that doctoral candidates acquire interdisciplinary or multidisciplinary perspectives on a selected common research theme (e.g., by combining artificial intelligence and cognitive neuroscience or psychology and basic anatomy).

Figure 3. Geographical distribution of the labs associated to the Max Planck School of Cognition
  • Laboratory Rotations

    Lab rotations allow first-year doctoral candidates to explore several different research groups (Figure 3) associated with the School's program. The goal of this period is to support of further definition of individual research interests and in choosing a fitting laboratory where the doctoral research work in the following 3 years is conducted.

  • Lectures
    Doctoral candidates are expected to attend basic scientific units presented in two categories:
    1. E-learning courses during which the essentials in a specific area are covered (Figure 4)
    2. Cognition academies (classroom weeks) in which doctoral candidates meet in person: a) a welcome week at the beginning of the first academic year to introduce the program of the Max Planck School of Cognition; b) three academies each year and between two to three teaching weeks long, on specific research topics
Basic courses
Artificial Intelligence and Intelligent Systems
Basics in Molecular Neurobiology and Genetics
Clinical Neuroscience
Cognitive Neuroscience
Cognitive Science Discussion (bi-weekly)
Experimental Design and Statistics
Functional Neuroanatomy and Neurophysiology
Methods in Cognitive Neurosciences
Philosophy of Mind and Ethics

Figure 4. Basic courses during the first year (orientation period)

The first year is completed with an evaluation of the performance of each doctoral candidate before one advancing to the doctoral 'research-phase' (i.e., second to fourth years). Only after successful evaluation, doctoral students selects a faculty member for their supervisory team (see Supervisor Selection).

Second and third year

  • Doctoral research work
    At the beginning of the second year, doctoral candidates work together with their selected supervisor to develop a feasible and relevant project proposal, which will then be presented to a thesis advisory committee. After approval of the research plan, doctoral candidates start their individual project.
  • Cognition Academies
    Doctoral candidates usually attend two academies per year, each of which lasts two weeks. Each academy involves one week of courses on advanced topics and one week of doctoral candidate, faculty, and guest speaker presentations on select research topics.

Fourth year

  • Doctoral research work
    Students are expected to finalize their dissertation by the end of the fourth year
  • Cognition Academies
    Students attend one cognition ‘academy’ involving presentations by faculty, students, and guest speakers
    on respective research topics
  • Degree
    Doctoral degrees will be awarded by the university to which the supervisor of the respective candidate is affiliated 

© Header image: Nikolaus Brade

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