Neural Science New York University

Overview

Theoretical tools include mathematical and computational modeling approaches that have proved useful in other areas of science. Experimental questions include issues related to biophysical and neurochemical mechanisms within single nerve cells, functional neural circuits consisting of small numbers of neurons, the behavior of large systems of neurons, and the relationship between the activity of elements of the nervous system and the behavior of organisms. 

The Center for Neural Science confers the B.S. degree in neural science (there is no B.A degree for this major, nor is there a minor).

Learning Outcomes

Upon completion of this Neural Science BSc program from New York University, students will: 

• Demonstrate basic understanding of core findings from across the discipline of neuroscience, including the areas of molecular and cellular neuroscience, neural circuits and systems, & cognitive and behavioral neuroscience.
• Use the knowledge in neuroscience to critically evaluate neuroscience research.
• Apply theories, concepts, and research findings to solving problems in novel situations.
• Demonstrate ability to design/evaluate methods of experiments to test research hypotheses, implement research designs, and be able to conduct relevant statistical tests to analyze data.
• Write a clear individual/group research report of a neuroscience study ncluding synthesis of relevant material, derivation of hypotheses, report of appropriate statistical tests, and discussion of theoretical and practical implications of the research.