Continuation of LING 101. This half of the course explores the interface between linguistics and related disciplines such as history, psychology, neurology, and sociology. Prerequisite: LING 101

Introduction to the broad range of human speech sounds used in languages of the world. Students receive training and practice in recognizing, describing and producing speech sounds from a variety of languages, and transcribing them with phonetic symbols. Focuses on the articulatory bases of speech production, but some discussion of the acoustic properties of speech sounds is also provided.

Provides an introduction to the theory and practice of analyzing sound systems in spoken languages. Opportunity to apply the principles of phonological analysis to data from a wide variety of natural languages. Application of phonological analysis to issues of orthography development. Prerequisite: LING 201

Introduces theoretical concepts and analytical principles pertaining to the study of words and word-stems (morphology), and phrases and sentences (syntax) in human language. Problem solving with data from a variety of languages is a major part of the course.

Introduction to language as a context-dependent social phenomenon. Students examine how various contexts and social factors, such as age, gender, social class, status, setting and topic, influence linguistic choices, with special attention to multilingual societies. Other topics include language attitudes, the maintenance, shift or loss of languages, language and technology and language in education. Same as SOCI 272

Practical introduction to language and culture learning for linguists, missionaries and professionals who find themselves in areas where no formal language instruction is available. Students learn foundational principles of language acquisition and are exposed to a diverse range of language learning methodologies. Students exercise these methodologies in regular sessions where they meet with a speaker of a non-European language. Students learn how to plan their own language learning, tailoring strategies to their individual learning styles. Prerequisite: 6 credit hours in LING

Builds upon LING 203 by exploring recent developments and current issues in phonological theory. Attention is given to the interplay between theory and analysis. Experience extending theoretical models to new data, and develop constructive critical thinking in light of problems encountered. Prerequisite: LING 203

Explores the rich variety of morphological and syntactic constructions and processes found in human language, deepening the students’ understanding of morphosyntactic phenomena from a typological perspective. The topics are examined within the framework of a current theory of Syntax. Prerequisite: LING 204

Same as PSYC 380

Being able to gather and organize data, form hypotheses and work ethically with human subjects in research are essential professional skills for any linguistic researcher. Work with speakers from a non-European language community to transcribe utterances, build a rudimentary dictionary and gather data for phonological and grammatical analysis. Involves learning some special computer tools for the creation of lexical databases, and the gathering and organizing of language data. Prerequisites: LING 201, 203, 204, 211

Analysis of structures and meaning beyond the sentence to how information is organized in texts. Consideration of text genres and the study of concepts such as topic, focus, foregrounding, new and old information, etc. Exploration of techniques of narrative text discourse analysis in various languages of the world. Prerequisites: LING 201, 203, 204

Introduces students to the study of language change. It considers how and why languages change over time. Attention is given to the comparative method and principles of internal reconstruction, which are used to reconstruct earlier states of language and to classify languages into families based on historical relations. Students will gain experience applying these methods to data from a diverse range of languages and language families. Prerequisites: LING 201, 203, 204, 211

Provides students with the theoretical tools with which to study meaning at the word and sentence levels, and to explain how people interpret utterances in context. Students will study various models of semantics and pragmatics, and learn how to apply different approaches to the study of meaning in natural language. Prerequisite: LING 204

Designed to give the student the theoretical basis and practical skills for the transfer of meaning from one language to another. Topics will include semantic analysis of source language and receptor language, and problems encountered in cross-language transfer, with particular attention to the translation of Scripture. Prerequisites: LING 101, 102, 204; BSTH 201 Pre- or corequisite: LING 471

Covers methods used in the introduction of literacy to ethno-linguistic minority groups. It includes orthography design, consideration of socio-historical issues, strategies for literacy programs, stimulation of local authorship, reading theory, and instructional methodologies. Prerequisites: LING 201, 203 Same as EDUC 551

Designed to give students practical experience in field-based language work, including language documentation, description and development. Students will work with a Tyndale faculty supervisor and a field mentor to develop their ability as field linguists by making a contribution to a language project. Requires a minimum of 240 hours in a field project. Available only to students enrolled in the BA Linguistics major or minor with a minimum cumulative GPA of 3.5 and the approval of their faculty advisor. Prerequisite: LING 405 Permission required

Provides an introduction to fundamental ideas and methods in the work of mathematics. This will be achieved through a review of key elements of high school level mathematics as well as extensions to more advanced topics, an overview of the applications of mathematics in various fields and reflections on the lessons from mathematics through the eyes of Christian faith.

A standard first year level Calculus course which covers a wide variety of topics, which include: the real number system, algebra of functions, limits and continuity, inverse functions, differentiation, the intermediate value theorem, the mean value theorem, differentiation of transcendental functions, L’Hôpital’s rule, curve sketching and applications of the derivative. Prerequisite: MCV4U or MCB4U or OAC Calculus

A standard first year level integral Calculus course which covers a wide variety of topics, which include: inverse functions, L’Hôpital’s rule, the definite integral, the fundamental theorem of calculus, integration of transcendental functions, the substitution rule, techniques of integration, applications of the integral and improper integrals. Prerequisite: MATH 111

Covers the basic techniques of descriptive data analysis and their application to qualitative and quantitative research.

Linear algebra is the study of linear systems of equations, vector spaces and linear transformations. Solving systems of linear equations is a basic tool of many mathematical procedures used for solving problems in science and engineering. In this class, we will concentrate on the mathematical theory and methods of linear algebra. Prerequisite: MCV4U or MCA4U or OAC Algebra and Geometry

An introduction to discrete mathematics. In contrast to calculus, discrete mathematics deals with structures consisting of distinct, disconnected parts. The nature of discrete math makes it ideally suited to (but not limited to) application in computer science. Discrete math is an extensive field. Topics will include Boolean algebra, elemental set theory, induction, relations and counting, functions, probability and graph theory. Attention will also be paid to the notions of proof and counterexample. This course is a good opportunity to sharpen your analytical skills and develop your ability to prove theorems. Prerequisite: Any 4U or OAC Mathematics

Follows from MATH 121 to address the fundamental concepts and techniques of inferential statistics and their application to quantitative research. It also examines experimental design in research and the statistical analysis of experimental data. Prerequisite: MATH 121

Examines mathematical methods and analytical techniques used to assist managers in decision making. Topics include probability, forecasting, decision under uncertainty, decision trees, linear programming, queuing theory and inventory management. Introduces methods to understand and interpret data, to deal with variability and to use statistics for process quality. Prerequisite: MATH 121