Educational Philosophy

Students involved in the center will learn to describe and understand the mechanisms underlying neuronal function and to explore and develop means to interface the nervous system with the outside world. The faculty participating in this new program use a combination of basic science and engineering approaches. These faculty members are therefore recruited from several departments in the Medical, Arts and Sciences, and Engineering schools of Case Western Reserve University as well as University Hospitals, MetroHelath Medical Center, the Veteran Administration Hospital  and the Cleveland Clinic.

            The major goal of the educational program of the center is to provide engineering and life science students interested in neural engineering with a solid background in not only molecular, cellular and system neuroscience but also in instrumentation, signal processing, computational neuroscience, neuro-imaging and modeling. The goal is to educate neural engineers and scientists to bridge the gap between advances of neuroscience and in mathematics, physics and engineering. This new interdisciplinary educational program will develop a new breed of researchers with powerful tools to face the formidable task of understanding and simulating brain function and the designing brain-machine interfaces.

 

 

Selected Current Neural Engineering related courses

Course

Department

Bioelectric Phenomena Biomedical Engineering
Tissue Engineering Biomedical Engineering
Topics in Neural Engineering Seminars Biomedical Engineering
Computational Neuroscience Electrical and Computer Engineering
Structure and function of excitable cells Biomedical Engineering
Systems neuroscience Neuroscience
Applied Neural Control Biomedical Engineering
Cellular and Molecular Neurobiology Neuroscience
Artificial Neural Nets Electrical and Computer Engineering
Dynamics of Excitable systems  Electrical and Computer Engineering
Tissue Engineering in Biomedical Engineering Biomedical Engineering
Introduction to Neurobiology Biology
Autonomous robotics Electrical and Computer Engineering
Rehabilitation for Scientists and Engineers Biomedical Engineering
Neuroprosthetic Systems Biomedical Engineering
Muscle, Movement and Control Biomedical and Mechanical Engineering