NEURO - Neuroscience Courses
NEURO-117: Yep, Brains Are Cool! (Credits: 4)
In this course we will explore a variety of topics important to anyone who owns and uses a brain. In particular, we will focus on brain development in late adolescence and emerging adulthood, and will use our brains to understand how we research brains. The course will be framed around a central question - "How do we know that?" We will look at current research on brain development during the transition to young adulthood, examine strengths and weaknesses of methods used to conduct that research, and discuss the practical application of such knowledge to the students' own lives. In addition, we will discuss the ways in which said research has been used to shape parenting and educational practices as well as public policy over the past decade. (WCore: WCSAM, RE)
NEURO-120: Genetics of Human Behavior (Credits: 4)
Have you ever wondered how much your genes affect who you are? This course is an exploration of the role of genetic inheritance on human behavior. We will focus on modern genetic analysis and the molecular techniques used to study both complex normal human behaviors and diseases. Lab exercises, data analysis, and case studies will be integrated throughout to familiarize students with the process and methods of science. (WCore: WCSAM, QE)
NEURO-205: Introduction to Brain and Behavior (Credits: 4)
This class will serve as an introductory course for students interested in the biological bases of human behavior. Topics will include an overview of central nervous system structure, function, and development, and will also include an introduction to emotional and cognitive processing in the brain. This course serves as a prerequisite for NEURO/PSYC 306, 402, and 408.
NEURO-302: Research Methods in Neuroscience (Credits: 4)
Students will be introduced to neuroscience research methods from varying levels of analysis (molecular/cellular. systems, human) as well as the fundamentals of hypothesis testing and experimental design. An emphasis on research design and reading and writing empirical literature is included.
NEURO-305: Human Brain Development (Credits: 4)
This course explores human brain development from conception through death. The course focuses on anatomical changes and related changes in behavior, as well as potential genetic and environmental influences on brain development. In addition, we will learn about research addressing methods to foster healthy brain development.
NEURO-306: Behavioral Neuroscience (Credits: 4)
Behavioral Neuroscience explores the ways that organisms perceive and behave in the world. The course emphasizes neuronal function, circuits, senses and perception, learning and memory, social behaviors, and the evolution of behavior - in organisms ranging from humans to praying mantises. We will have topical lectures and discussions of modern behavioral research to help students understand the fundamental principles of behavioral physiology. Lab course is required.
NEURO-310: Applied Neuroanatomy (Credits: 4)
The brain is said to be the most complex object in the known universe. Its unique, three-dimensional architecture plays a vital role in controlling our thoughts, feelings, and actions, as does its connections to our intricate spinal cord and peripheral nervous system. This course will explore the complex structure and function of the human nervous system and apply that knowledge to study neurological dysfunction and disease. Then, in the laboratory, we will physically analyze brains with dissection, neuroimaging, and electrophysiology.
NEURO-401: Directed Studies (Credits: 1 to 4)
A tutorial-based course used only for student- initiated proposals for intensive individual study of topics not otherwise offered in the Psychology Program. Requires consent of instructor and school dean. This course is repeatable for credit.
NEURO-402: Behavioral Endocrinology (Credits: 4)
This course explores the role of hormones in complex behaviors. Topics covered include biological contributions to reproductive, parenting, aggressive, and stress related behaviors in both animals and humans.
NEURO-403: Cellular Neuroscience and Lab (Credits: 4)
The focus of this course is molecular and cellular neurobiology, including neuronal differentiation, cell structure, function, and connectivity. We will focus on how neurons are made, communicate, and are connected into circuits. Model systems used to study neuroscience will be introduced and we will use primary literature throughout. The laboratory will include research projects that are designed and carried out by the students.
NEURO-408: Cognitive Neuroscience (Credits: 4)
Cognitive neuroscience, as a field, seeks to discover how the brain enables the mind and embraces methods and knowledge from such fields as physiological psychology, neuropsychology, neuroscience and cognitive psychology, along with multiple techniques of neuroimaging, to attempt an understanding of human brain processes. Brain activity involved in such higher level processes as language, memory, and executive functions is explored via a review of current literature. Students will participate in (and design) experiments appropriate for use with the methods of cognitive neuroscience. In addition, students will gain experience using EEG equipment to study brain function.
NEURO-409: Advanced Topics Neuroscience (Credits: 2)
This course explores current topics in neuroscience across a variety of levels of analysis from molecular/cellular through behavioral. Students read current literature and propose research experiments incorporating multiple levels of analysis. (WCore: SC)
NEURO-430: Independent Thesis Research (Credits: 2)
Students undertake an independent research project or a substantive portion of an ongoing research project and learn all aspects of scientific inquiry. One credit hour equates to three hours per week in the laboratory. This course may be taken for no more than two semesters. A research proposal and permission of a faculty mentor is required. (WCore: SC)
NEURO-434: Social Neuroscience (Credits: 4)
How is the brain involved in social processes and behavior, and how do our interactions with other people modify and shape the brain? In this course, students will learn about the interdisciplinary field of social neuroscience, the study of the neural bases of social behavior. This course will emphasize basic brain structures, functions, and mechanisms and processes implemented in social interactions, and how social behavior is shaped by biology and experience. Topics will include brain scanning technologies and methods, behavioral research methodologies, self and other representations in the brain, self-regulation, intergroup perceptions, emotion, motivation, attraction and interpersonal relationships, aggression, social rejection, and prosocial behavior.
NEURO-440: Internship (Credits: 1 to 8)
Offers students the opportunity to integrate classroom knowledge with practical experience. Prerequisites: junior or senior standing (for transfer students, at least 15 hours completed at Westminster or permission of instructor), minimum 2.5 GPA, completion of the Career Resource Center Internship Workshop, and consent of program director and Career Center Internship Coordinator. This course is repeatable for credit. REGISTRATION NOTE: Registration for internships is initiated through the Career Center website and is finalized upon completion of required paperwork and approvals. More info: 801-832-2590 <a>https://westminstercollege.edu/internships</a>
NEURO-487: Undergraduate Teaching (Credits: 1 to 2)
Provides an opportunity for teaching experience. This course is graded on a credit/no credit basis. Permission of program director required. This course is repeatable for credit.