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Course Detail

Degree
Master
Standard Academic Year
1st year
Course delivery methods
face-to-face
Subject
Biological sciences
Program
School
Department of Psychology; Center for Mind & Cognition (CMC)
Department
Master of Cognitive Science
Campus
RUB main campus
Classroom
classroom changes frequently, please check eCampus after registration for further information
Course Offering Year
2023-2024
Course Offering Month
October - February
Weekday and Period
lecture: thursdays 2 - 4 pm exercise: tursdays 4 - 5 pm
Capacity
Credits
6 ECTS
Language
English
Course Number
212005

BM3. Computational Neuroscience – Neural Dynamics Ruhr-Universität Bochum

Course Overview

his course lays the foundations for a neurally grounded understanding of the fundamental processes in perception, in cognition, and in motor control, that enable intelligent action in the world. The theoretical perspective is aligned with ideas from embodied and situated cognition, but embraces concepts of neural representation and aims to reach higher cognition.

Learning Achievement

This course lays the foundations for a neurally grounded understanding of the fundamental processes in perception, in cognition, and in motor control, that enable intelligent action in the world. The theoretical perspective is aligned with ideas from embodied and situated cognition, but embraces concepts of neural representation and aims to reach higher cognition.

Competence

This course lays the foundations for a neurally grounded understanding of the fundamental processes in perception, in cognition, and in motor control, that enable intelligent action in the world. The theoret

Course prerequisites

Tutorials on mathematical concepts are provided, so that training in calculus and differential equations is useful, but not a prerequisite for the course.

Grading Philosophy

There will be one essay assignment, in which you will be asked to produce a longer text (e.g., on the order of 10 pages) to discuss an issue based on a scientific article that you will have to read.
There will be an oral or written exam at the end of the lecture course.

Course schedule

Week1: Introduction
Week 2: followed by Week 3 to the Final Week

Course type

combination of lecture and exercise

Online Course Requirement

communication platform: moodle

Instructor

Prof. Dr. rer. nat. Gregor Schöner

Other information

The course partially follows a textbook (Dynamic Thinking—A primer on Dynamic Field Theory, Schöner, Spencer, and the DFT research group. Oxford University Press, 2016), of which chapters will serve as reading material. Exercises will focus on hands-on simulation experiments, but also involve readings and the writing of short essays on interdisciplinary research topics

Site for Inquiry

Please inquire about the courses at the address below.

Contact person: For questions related to the content of the course, please contact
Mr. Alfredo Vernazzani
E-Mail: alfredo-vernazzani@daad-alumni.de

For all kind of technical and practical questions, please contact Ms. Laura Santisi.
E-Mail: Laura.Santisi@ruhr-uni-bochum.de

Email address: E-Mail: alfredo-vernazzani@daad-alumni.de
E-Mail: laura.santisi@rub.de


Link to the syllabus provided by the university