Education and Training (outdated)

Submitted by admin on December 23, 2011 - 13:23

The Belgian, Dutch and French nodes of the INCF present:

Imaging the brain at different scales: How to integrate multi-­scale structural information?

Antwerp, September 12th - 16th 2013

This is the overview of courses and training as it appeared on the old neuroinformatics website. We are working on an update.


KUN - Stichting Neurale Netwerken SNN

Computational Neuroscience (Masterphase Physics)


Content: models and theory about neurons, biological neuronal networks and information processing (Handbook of Biological Physics IV, Elsevier).

ASCI-course Adaptive Intelligence

(organized with UVA-IAS research group, Dr. B. Krose)


Topics: adaptive models for pattern recognition and data mining. Present focus on machine learning issues, but adaptable to future Neuroinformatics issues.
  • Introduction Pattern Recognition (Bishop, 6 EC points, Spring 2004)
  • Machine Learning (Mackay, 6 EC points, Spring 2004)
  • ASCI course advanced issues Neurocomputing (1 week course, carol.science.uva.nl/~krose/ainc)

Toolkit for Neuroimaging: data-acquisition and analysis


UvA - SILS Center for NeuroScience


2nd year physics: membrane neurophysics

3rd year biology: Computational Neuroscience (3 weeks theory, 6 weeks simulation)

Master Neurobiology: Advanced Neuro Biology


TUE - School for Information and Knowledge Systems SIKS

Databases and Interactive systems

Implementation intelligent search in XML data


VUA - Institute for Neurosciences - Department of Experimental Neurophysiology -
Institute for Integrative Bioinformatics


Bachelers / Masters courses in Bioinformatics

Master's course in Neuroinformatics (6 ECTS) (Spring 2006)



Aim: To provide the essentials of modeling neurons and neuronal networks and of analyzing spatiotemporal patterns of neuronal activity.


Content: Modeling ion channels, single neurons, neuronal networks, and learning and cognition. Methods for analyzing spatial and temporal patterns of neuronal activity. Introduction to simulation packages such
as NEURON and MatLab.


Application: arjen.van.ooyen@falw.vu.nl


UU - RMI


Masters Neuroscience - Functional Imaging


Masters Neuroscience - Structural Imaging

RUG - Department of Mathematics and Computing Science


Master Courses in Scientific Visualization and Pattern Recognition


RUG - School for Behavioral, Cognitive and Neurosciences BCN

Courses, master classes and special lectures in Behavioral and Cognitive Neuroscience


ONWA - Graduate School Neurosciences Amsterdam

General Advanced Course in Neuroscience

Course Experimental Neurophysiology


Course in Morphometry and Stereology in Neurosciences


UVA - Department of Psychology

Methods in Cognitive Neuroscience

(Advanced) Signal analysis

Mathematical Psychology


TUE - Advanced School for Computing and Imaging ASCI

Yearly national PhD course Front-End Vision and Multi-Scale Image Analysis


link

(25-35 participants each year)


UT - University of Twente - Biomedical Signals and Systems - Neurotechnology


Academic regular and individually tailored courses on Neurophysiology, Stochastic processes, Nonlinear modeling, Neurotechnology, Signal analysis, Electrophysiological Signals and Bioelectricity.

On site training in culturing of neurons, patterning of networks, cleanroom MEA-technology.