ENROLL Course Search

NOTE: There are some inconsistencies in the course listing data - ITS is looking into the cause.

Alternatives: For requirement lists, please refer to the current catalog. For up-to-the-minute enrollment information, use the "Search for Classes" option in The Hub. If you have any other questions, please email registrar@carleton.edu.

Saved Courses (0)

Your search for courses for 22/FA and with code: CGSCELECTIVE found 12 courses.

Revise Your Search New Search

BIOL 365.00 Seminar: Topics in Neuroscience 6 credits

Closed: Size: 0, Registered: 9, Waitlist: 0

Olin 104

MTWTHF
10:10am11:55am10:10am11:55am

Requirements Met:

Synonym: 64151

Fernan Jaramillo

We will focus on recent advances in neuroscience. All areas of neuroscience (cellular/molecular, developmental, systems, cognitive, and disease) will be considered. Classical or foundational papers will be used to provide background.

Prerequisite: Biology 125 and 126

Waitlist only

CS 254.00 Computability and Complexity 6 credits

Closed: Size: 34, Registered: 29, Waitlist: 0

Leighton 305

MTWTHF
9:50am11:00am9:50am11:00am9:40am10:40am
Synonym: 64271

Josh R Davis

An introduction to the theory of computation. What problems can and cannot be solved efficiently by computers? What problems cannot be solved by computers, period? Topics include formal models of computation, including finite-state automata, pushdown automata, and Turing machines; formal languages, including regular expressions and context-free grammars; computability and uncomputability; and computational complexity, particularly NP-completeness.

Prerequisite: Computer Science 201 and Computer Science 202 (Mathematics 236 will be accepted in lieu of Computer Science 202)

CS 361.00 Artificial Life and Digital Evolution 6 credits

Open: Size: 34, Registered: 28, Waitlist: 0

Olin 310

MTWTHF
9:50am11:00am9:50am11:00am9:40am10:40am

Other Tags:

Synonym: 64273

Anya E Vostinar

The field of artificial life seeks to understand the dynamics of life by separating them from the substrate of DNA. In this course, we will explore how we can implement the dynamics of life in software to test and generate biological hypotheses, with a particular focus on evolution. Topics will include the basic principles of biological evolution, transferring experimental evolution techniques to computational systems, cellular automata, computational modeling, and digital evolution. All students will be expected to complete and present a term research project recreating and extending recent work in the field of artificial life.

Prerequisite: Computer Science 201

EDUC 234.00 Educational Psychology 6 credits

Closed: Size: 25, Registered: 24, Waitlist: 0

Willis 114

MTWTHF
10:10am11:55am10:10am11:55am

Requirements Met:

Synonym: 64660

Deborah Appleman

Human development and learning theories are studied in relation to the teaching-learning process and the sociocultural contexts of schools. Three hours outside of class per week are devoted to observing learning activities in public school elementary and secondary classrooms and working with students.

Extra Time required.

LING 150.00 From Esperanto to Dothraki: The Linguistics of Invented Languages 6 credits

Closed: Size: 30, Registered: 30, Waitlist: 0

Leighton 236

MTWTHF
12:30pm1:40pm12:30pm1:40pm1:10pm2:10pm

Requirements Met:

Synonym: 64574

Jenna T Conklin

What lies behind the human urge to construct new languages? How has language invention changed over time? What can invented languages teach us about the function of natural languages and their syntactic, morphological, and phonological structure? In this course, students will dive into the history of invented languages, tackle the question of what constitutes a language, and ultimately try their hand at constructing their own language. We’ll explore what separates natural languages from invented ones and discuss how often the very qualities that their creators find most desirable inhibit the widespread adoption they envision for their languages.

Sophomore priority

Waitlist for Juniors and Seniors: LING 150.WL0 (Synonym 65479)

LING 217.00 Phonetics and Phonology 6 credits

Open: Size: 25, Registered: 13, Waitlist: 0

CMC 210

MTWTHF
10:10am11:55am10:10am11:55am
Synonym: 64571

Jenna T Conklin

Although no two utterances are ever exactly the same, we humans don't function like tape recorders; we overlook distinctions to which mechanical recording devices are sensitive, and we "hear" contrasts which are objectively not there. What we (think we) hear is determined by the sound system of the language we speak. This course examines the sound systems of human languages, focusing on how speech sounds are produced and perceived, and how these units come to be organized into a systematic network in the minds of speakers of languages.

Prerequisite: 100-level Linguistics course

LING 315.00 Topics in Syntax 6 credits

Open: Size: 25, Registered: 6, Waitlist: 0

Willis 203

MTWTHF
9:50am11:00am9:50am11:00am9:40am10:40am
Synonym: 64572

Morgan Rood

More on syntax. Particular topics vary by year and student interest.

Prerequisite: Linguistics 216

MUSC 227.00 Perception and Cognition of Music 6 credits

Open: Size: 30, Registered: 23, Waitlist: 0

Weitz Center 230

MTWTHF
9:50am11:00am9:50am11:00am9:40am10:40am
Synonym: 64369

Justin M London

Covers basic issues in auditory perception and cognition with an emphasis on the perception of musical pitch, including sensory discrimination, categorical perception, roughness and dissonance, absolute pitch, and auditory streaming. Other topics to be covered include the processing of language and music, and emotional responses to music. A grade of C- or better must be earned in both Music 227 and 228 to satisfy the LS requirement.

Prerequisite: A previous course in Music or Psychology, or instructor permission; Concurrent registration in Music 228

MUSC 228 required. A grade of C- or better must be earned in both MUSC 227 & 228 to staisfy the LS requirement.

NEUR 127.52 Foundations in Neuroscience and Lab 6 credits

Closed: Size: 16, Registered: 17, Waitlist: 0

Anderson Hall 121 / Hulings B04

MTWTHF
10:10am11:55am10:10am11:55am
1:00pm5:00pm
Synonym: 64950

Eric D Hoopfer, Sarah H Meerts

This course is an introduction to basic neural function. Topics include neural transmission, development of the nervous system, anatomy, sensory systems, learning and the corresponding change in the brain, and the role of the nervous system in behavior. Team-based learning will be used to understand the experiments that shape current knowledge.

NEUR 127.53 Foundations in Neuroscience and Lab 6 credits

Closed: Size: 16, Registered: 16, Waitlist: 0

Anderson Hall 121 / Hulings B04

MTWTHF
10:10am11:55am2:00pm6:00pm10:10am11:55am
Synonym: 64951

Eric D Hoopfer, Sarah H Meerts

This course is an introduction to basic neural function. Topics include neural transmission, development of the nervous system, anatomy, sensory systems, learning and the corresponding change in the brain, and the role of the nervous system in behavior. Team-based learning will be used to understand the experiments that shape current knowledge.

PHIL 100.02 Science, Faith and Rationality 6 credits

Closed: Size: 15, Registered: 15, Waitlist: 0

Leighton 301

MTWTHF
1:50pm3:00pm1:50pm3:00pm2:20pm3:20pm

Other Tags:

Synonym: 65001

Jason A Decker

This seminar will introduce the student to the study of philosophy through a consideration of various epistemic and metaphysical issues surrounding science and religion. What distinguishes scientific inquiry from other areas of inquiry: Its subject matter, its method of inquiry, or perhaps both? How does scientific belief differ from religious belief, in particular? Is the scientist committed to substantive metaphysical assumptions? If so, what role do these assumptions play in scientific investigation and how do they differ from religious dogma (if they do)? Our exploration of these questions will involve the consideration of both classic and contemporary philosophical texts.

Held for new first year students

PSYC 367.00 Neuropsychology of Aging 6 credits

Open: Size: 15, Registered: 12, Waitlist: 0

Anderson Hall 121

MTWTHF
9:50am11:00am9:50am11:00am9:40am10:40am

Requirements Met:

Synonym: 65322

Julie J Neiworth

With the aging population comes a variety of challenges, including those to cognitive health and decline. Neurodegenerative diseases create various forms of dementia and cause unique problems beyond those that are an outcome of healthy aging. The disabling effects of aging and dementia extend beyond the person to family, friends and wider community. The need to understand and extend knowledge of both healthy aging and the pathological changes that occur with neurodegenerative diseases with aging is of great importance. By understanding how the brain is impacted by age, dementia, and other clinical syndromes, both management of the cognitive issues and advances in treatments to improve mental functioning can be made. This course takes a neuropsychological approach to study healthy aging and neurodegenerative disease. In this seminar, lectures and discussions explore the cognitive, behavioral, and molecular aspects of healthy aging and neurodegenerative disease processes in humans. Cognitive topics include working memory, long term memory, attention, familiarity and recollection, emotion, and social factors that interact with aging. The physiological and cognitive outcomes of neurodegenerative conditions such as Parkinson's disease, Alzheimer's disease, and various types of dementia are compared with the physiology and cognitive decline evident in healthy aging. Students will read primary articles on these topics, and propose a project based on course discussion and interactions with people at senior centers and convalescent centers in Northfield. 

Prerequisite: Neuroscience 127 or Psychology 216 or Psychology 110 or instructor permission

Extra Time Required

Search for Courses

This data updates hourly. For up-to-the-minute enrollment information, use the Search for Classes option in The Hub

Instructional Mode
Class Period
Courses or labs meeting at non-standard times may not appear when searching by class period.
Requirements
You must take 6 credits of each of these.
Overlays
You must take 6 credits of each of these,
except Quantitative Reasoning, which requires 3 courses.
Special Interests