Cognition is the activity of knowing: the acquisition, organization, and use of knowledge. Emphasizing fundamental issues, this course introduces such basic content areas in cognitive psychology as perception, memory, language, cognitive development, and philosophy of science. An optional weekly review session is offered for those who wish to attend.

After an overview of brain organization and function, the course examines what we know about the physiological bases of several behaviors including sensation and perception, learning, memory, sleep development, hunger, thirst, and emotions.

The course will examine historical and current theories of learning that provide the foundation for most, if not all forms of an organism's behavior. Students will be exposed to a diverse range of experimental findings that led to principles and concepts that currently explain how environmental, social and emotional factors influence the brain and body to shape human and animal behavior.

This course will build on students' general knowledge of Neuroscience topics and aim to achieve a deeper understanding of the fundamental principles of Neuroscience. Topics covered: (1) cell biological and electrical properties of the neuron; (2) synaptic transmission and synaptic plasticity; (3) transduction of physical stimuli and processing of sensory information; and (4) development and evolution and the nervous system.

This course is intended as a survey of cognitive neuroscience, with an emphasis on breadth. Each week we will cover one sub-area or topic within cognitive neuroscience including perception, attention, memory, cognitive control and others. Readings will be chapters from the textbook with a few supplemental journal articles. PSYC 2150 and/or PSYC 2200 recommended but not required.

Human neuroimaging technologies and analytics methods enable exploration of the form, function, and connectivity of the living brain. Students will gain familiarity with the origins of brain imaging using magnetic resonance imaging (MRI), be able to discuss the technical foundations of image reconstruction, view and process raw neuroimaging structural and time-series data, and make inferences about the brain in health and in disease.PSYC 4200 or PSYC 5265 recommended. Some background in coding using Matlab, R or Python is recommended. Other majors with Instructor's Permission.

Combines the study of the synaptic circuits function for producing measurable behaviors and the principles of pharmacology. Focus on basic concepts in behavior analysis, pharmacology, and neuropharmacology, and reviews research techniques for assessing the effects of drugs on the behavior of nonhumans and humans.

This course is designed to introduce you to the concepts of item response theory (IRT) models and their application to substantive psychological problems in measurement, such as test and scale design and analysis. Prerequisite: Undergraduates must have taken Psyc 3005 and 3006 OR 4005 and 4006. Grads must have taken Psyc 7710. Instructor consent required.

This course will provide a broad overview of neuroscientific research into social relationships. The field is relatively new, and changing quickly. After a brief review of the neuroscientific methods we are likely to encounter in this literature, the course will be oriented toward readings and discussion, with brief research proposals presented at the end. PSYC 2200 or BIOL 3050 recommended.

Training for undergraduate teaching assistants to promote course material to assist students enrolled in Psyc active learning courses to perform activities designed for the corresponding discussion/lab section.