Graduate Courses Schedule (Spring 2026)
For Ph.D./M.A. in Linguistics, M.A. in Computational Linguistics
A detailed consideration of recent developments in syntactic theory, including treatments
of constituency and word order, grammatical relations, typological variation and linguistic
universals, and constraints on grammatical rules and representations.
A study of recent developments in phonological theory, with particular attention to
nonlinear models of phonological representation and constraint-based models.
An in-depth survey of natural language syntax from a computational perspective. The
primary focus is on combining state-of-the-art techniques from formal language theory
with empirical insights from linguistic theory. Topics covered vary by year and may include tree transducers, logics
for tree description, weak and strong generative capacity of natural language, lexicalized
grammar formalisms, unification grammars, or the expressivity of probabilistic formalisms.
An introduction to the theoretical foundation of computational linguistics. The course
emphasizes the importance of algorithms, algebra, logic, and formal language theory
in the development of new tools and software applications. Empirical phenomena in
phonology and syntax are sampled from a variety of languages to motivate and illustrate
the use of concepts such as strictly local string languages, tree transducers, and
semirings. Students will develop familiarity with the literature and tools of the
field.
An introduction to scientific writing for linguists. Students will master essential
paper and abstract writing techniques, develop familiarity with the submission and
review process, reflect on the ethics of scientific writing and publishing, and attain
core competency with the software used in the linguistic writing process.
This seminar will pursue two paths in parallel. On the one hand, we'll get an overview
of the kinds of issues that arise at the point where syntactic and morphological phenomena
interact with each other, including a survey of linguistic phenomena where the interactions
are especially intense or interesting for one reason or another, e.g. case and the
divide between (synthetic) morphology and (analytic) auxiliaries in verbal systems.
On the other hand, we'll examine a series of theoretical approaches that have been
developed to handle these interface issues and how they relate morphology to syntax,
whether as a distinct module, as a more-or-less distinguishable component of the derivation
between syntax and phonology, or wholly contained within and non-distinct from the
syntax. Included in this discussion will be Morphology-by-Itself, Distributed Morphology,
Nanosyntax and Morphology as Syntax. For both main paths in the course, the final
list of topics we cover and papers we read will be decided collaboratively, based
on the interests of all of the participants.
This graduate seminar will explore the phonological systems of early bilinguals with
a particular focus on heritage speakers. We will investigate how multiple phonological
grammars interact in acquisition, use, and representation. Drawing on research in
phonetics, phonology, psycholinguistics, and even some morphosyntax, we will examine
questions such as: do bilinguals have one integrated phonological system or two separate
systems?; what kinds of variability are target-like versus non-target-like; and how
do language structure and the speaker’s language dominance shape phonological outcomes
in bilinguals? Readings will span foundational works in bilingualism and heritage
language research, theoretical accounts of cross-linguistic influence, empirical studies
on bilingual phonology, and additional emerging experimental and computational approaches.
Throughout these topics, we will consider the phonology of early bilinguals and heritage
speakers across diverse language pairings.
The Spring 2026 LIN 655 Computational Linguistics Seminar on Quantitative and Variationist
Sociolinguistics will be taught in two parts. The first half of the course will serve
as a general introduction to linguistic variation, English (especially North American)
dialectology, variationist principles and methodologies, and their connections to
theoretical and computational linguistics. Variationist sociolinguistics as a field
has come to excel in statistical methods, especially over the last twenty years, but
computational approaches within the field have been less explored. The second half
of the course will survey such novel computational approaches within the study of
linguistic variation with a special focus on social network modeling and simulation
frameworks and methodologies. This course is suitable for all PhD and MA students
regardless of prior computational background, but experience with processing corpora,
basic statistics, and/or basic programming is encouraged.
For Ph.D./M.A. in Linguistics, M.A. in Computational Linguistics
An in-depth survey of natural language syntax from a computational perspective. The primary focus is on combining state-of-the-art techniques from formal language theory with empirical insights from linguistic theory. Topics covered vary by year and may include tree transducers, logics for tree description, weak and strong generative capacity of natural language, lexicalized grammar formalisms, unification grammars, or the expressivity of probabilistic formalisms.
For M.A. in TESOL