PhD program in Complex Systems and Brain Sciences

About the program

The Center provides an internationally known Ph. D. Program in Complex Systems and Brain Sciences. The program was originally established through a Training Grant from the National Institute of Mental Health.

This research program blends emerging concepts from complex dynamical systems with experimental techniques at the molecular, cellular, behavioral, and cognitive levels in brain sciences. Students learn to use cutting-edge experimental techniques from molecular neuroscience to brain imaging technologies including EEG, MEG, high-resolution structural MRI and functional MRI.

The aim of this training program is to create a new kind of brain scientist who will be both biologically and mathematically literate who will bring new ways of thinking into neuroscience.

The courses are research oriented and consist of a core curriculum in neuroscience (including computational and cognitive neuroscience), the mathematical concepts and tools of nonlinear dynamical systems, and computational science.

Core Courses	Neuroscience I & II Introduction to Dynamical Systems Cognitive Neuroscience Methods in Complex Systems (or PSY statistics course)
Electives	(minimum 5)
Directed Independent Study
Dissertation	(minimum 12)
	total of 80 credits, grade "B" or better

Addtionally, in the second year, a research paper is required for admission to candidacy, and in the third year, the student submits a Plan of Study (Form 5) and forms a Ph.D. committee.

Students will receive the Ph.D. degree in Complex Systems and Brain Sciences. Competitive stipends for predoctoral fellows are available through the NIMH training grant, individual research grants or the University.