- HBA · 4 years
- Work experience details
- ~High 80s to low 90s



AI-generated ink illustration
Conceptual study artwork, not a photograph of teaching facilities.
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Checked 2026-11-05
Symbolic subject artwork; no university facility depicted
Work experience
Optional co-op; Carleton says Cognitive Science graduates have taken roles across government, media, universities, tech, financial services and cultural organizations.
Cognitive Science · official programme informationEntering average
Published approximate guidance: 75%. 2027/28. Ontario high-school entry in 2027/28, exact listed routes CGS/CGG. Later major/option selection and other applicant categories remain separate.
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2026 entry
Verbatim: "Deadline for international students to apply for the January 2027 term (students whose transcripts originate outside of Canada or the US)."
Verbatim: "There is no specific Undergraduate application deadline if you are a Group B applicant. Deadlines vary at each university and sometimes depend on the program. Visit the university websites or contact the universities directly for their deadlines. If you are interested in a program but the deadline has passed, you may contact the university's admission office for help. Be aware of university-specific deadlines for submitting transcripts and portfolios, if required, and for arranging interviews and auditions. You must ensure the OUAC has enough time to process your choices before the universities' program deadlines." OUAC defines Group B as anyone who does not meet the Group A criteria, e.g. not currently taking an Ontario high school course, a Canadian outside Ontario, an international applicant, a postsecondary transfer student, or a mature applicant.
Check the university’s requirements for your province and applicant category.
Carleton exact programme public Ontario requirements selectorCurrent Ontario high-school applicants to this degree
Ontario college graduate/transfer applying to this degree; selected major requirements also apply
Canadian university graduate/transfer applying to this degree; selected major requirements also apply
Quebec CEGEP applying to this degree; selected major requirements also apply
International Baccalaureate applying to this degree; selected major requirements also apply
Mature applicant applying to this degree; selected major requirements also apply
Home-schooled applicant applying to this degree; selected major requirements also apply
Applicants completing IB at an Ontario high school; Carleton undergraduate degree entry
High-school applicants educated in Alberta, Nunavut and Northwest Territories
High-school applicants educated in British Columbia and Yukon
High-school applicants educated in Manitoba
High-school applicants educated in New Brunswick
High-school applicants educated in Newfoundland and Labrador
High-school applicants educated in Nova Scotia
High-school applicants educated in Prince Edward Island
High-school applicants educated in Saskatchewan
Cognitive Science with Concentration in Philosophical and Conceptual Issues Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Language and Linguistics Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in the Biological Foundations of Cognition Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Cognition and Psychology Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Cognition and Computation Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science Bachelor of Cognitive Science (15.0 credits)
Ontario high-school entry in 2027/28, exact listed routes CGS/CGG. Later major/option selection and other applicant categories remain separate.
Carleton university-supplied OUInfo: Cognitive Science – Honours (4 years), Ontario entry 2027/28Carleton university-supplied OUInfo: Cognitive Science – Honours (4 years), Ontario entry 2027/28Optional co-op; Carleton says Cognitive Science graduates have taken roles across government, media, universities, tech, financial services and cultural organizations.
University work-study informationCurrent degree and concentration variants. Each has its own required course and credit rules.
BCogSc
Study artificial intelligence and computational models of cognition. The stream has limited enrolment and requires third-year standing.
Courses explicitly named in the selected2026/27 degree or stream requirement tables, including alternatives and optional course banks. Credits retain Carleton’s own published unit; this is not a weekly timetable.
All listed degree/concentration routes share these three courses.
Introduces linguistic analysis through speech sounds, word structure, syntax and meaning.
Surveys psychology as a natural science, including neuroscience, cognition and learning.
Surveys psychology as a social science, including personality, social psychology and mental health.
Choose 1.0 credits from the calendar bank. FYSM 1604 is 0.5 credits; it is not by itself a 1.0-credit replacement for both half courses. FYSM 1607 is the separate 1.0-credit seminar option.
Examines how cognitive science studies knowledge, learning, reasoning, bias and the mind.
Examines philosophical questions about mind, consciousness, reality, meaning, truth and knowledge.
Examines cognition across linguistics, psychology, philosophy and computing, including language, intelligence and the mind-brain relationship.
Examines cognition across linguistics, psychology, philosophy and computing, including language, intelligence and the mind-brain relationship.
Additional courses for this concentration only.
Introduces programming and computational methods through applications in cognitive science.
Examines mental-health conditions through biological, developmental, experiential and environmental factors.
Examines neurological conditions through biological, developmental, experiential and environmental factors.
Additional courses for this concentration only.
Introduces algorithms, procedural programming, data types, functions, testing and computational problem-solving.
Develops object-oriented programming through data structures, inheritance, recursion, testing and program efficiency.
The guide assigns CGSC 1005 to the other concentration routes and the 15-credit degree.
Introduces programming and computational methods through applications in cognitive science.
Cognitive Science’s history and integration of psychology, philosophy, linguistics, AI and neuroscience.
Selected cognitive-science topics through several disciplines, potentially including independent research.
AI and computer models of cognitive processes as contributions to cognitive science.
Analyse sound, word and sentence structures through practical linguistic-data exercises.
Speech sounds, transcription, articulation, acoustics, perception and cross-language patterns.
Formal logic, symbolic translation, inference and logical correctness; open to first-year students.
Philosophical questions about minds, bodies, consciousness, identity and cognition.
Philosophy’s methods and role in cognitive science and competing accounts of the mind.
Philosophical and ethical questions about AI, sentience, cognition, healthcare and social effects.
Philosophy of scientific methods, explanation, evidence and approaches to understanding the world.
Language, meaning, communication and cognition from linguistic and philosophical perspectives.
Early analytic philosophy through Russell, Moore, Wittgenstein and their intellectual context.
Selected philosophy-of-science questions or the philosophy of a particular scientific discipline.
Propositional and predicate logic, deduction, completeness, semantics and extensions to basic logic.
Philosophical questions about studying the mind scientifically and using computational models.
Philosophical relationships between thought, agency, action, rationality and mental causation.
Language use in conversation and culture, including implicature, reference and speech acts.
Words, sentences and linguistic meaning, with formal semantics and the relation to context.
Philosophy of language, including meaning, truth, reference, concepts and context.
Cognitive-psychology theories and methods concerning attention, learning, memory, language and thinking.
Brain-behaviour relationships, nervous-system function and neural bases of cognition and emotion.
Cognitive-science theories and empirical approaches, with independent research preparing for an honours thesis.
Interdisciplinary thesis; supervisor assignment and registration require Undergraduate Supervisor approval.
Interdisciplinary honours project involving one or more group research projects.
Personal identity, selfhood, mind-body relationships, memory and self-knowledge.
Evidence, rationality, knowledge, justification, scepticism and the roles of reason and experience.
Word meaning, lexical relationships, meaning variation and lexical aspect.
Selected philosophical issues or thinkers concerning language and linguistics.
Selected philosophical issues or thinkers concerning mind and cognition.
Selected issues or thinkers in metaphysics, epistemology or philosophy of science.
An in-depth special topic in philosophy of computing; no fixed topic is specified.
Advanced compositional semantics, logic and interfaces with syntax and pragmatics.
Syntactic theory, sentence structures and dependencies, and testing grammatical hypotheses.
Word structure, inflection, derivation and interactions between morphology, sounds and syntax.
Language sound systems, phonological rules, stress, tone and cross-language patterns.
Adult speech and language processing, its brain mechanisms and experimental methods.
Survey speech, language, fluency and hearing differences and disabilities; topics vary yearly.
Selected communication differences and disabilities through theory and cross-language evidence; topics may vary.
Language use in conversation and culture, including implicature, reference and speech acts.
Words, sentences and linguistic meaning, with formal semantics and the relation to context.
Language development from birth to about ten, including grammar, pragmatics and environmental influences.
Advanced syntactic theory topics; no specific topic list is published.
Advanced morphological theory topics; no specific topic list is published.
Advanced phonological theory topics; no specific topic list is published.
Advanced compositional semantics, logic and interfaces with syntax and pragmatics.
Word meaning, lexical relationships, meaning variation and lexical aspect.
Advanced adult language-processing and brain mechanisms, potentially including first-language acquisition.
Advanced language acquisition and development, including environment, cognition and inborn knowledge.
Design psycholinguistic experiments and interpret and report statistical research results.
Apply statistics to language data and measurement problems in linguistic research.
Neuroscience research methods, descriptive statistics, communication and responsible scientific conduct.
Descriptive and inferential statistics for neuroscience, including tests, ANOVA and correlation.
Neural signalling, ion channels, transporters, intracellular pathways and gene-expression regulation.
Nervous-system development and plasticity, including neurons, axons, synapses and psychopathology.
Use software and appropriate statistical methods to analyse and interpret real neuroscience data.
Apply statistical software, tests, ANOVA and regression to neuroscience data.
Creativity’s neurobiological basis in people with and without mental-health conditions.
Neurotransmitters, drug action and the neurochemical bases of psychiatric disorders.
Sensory processing and motor control through their underlying neural mechanisms.
Neural systems involved in emotion, motivation, sleep and complex behaviour.
Neural mechanisms of consciousness and changes associated with sleep, illness, drugs and other stimuli.
Assess cortical function and neurological, psychiatric and cognitive disorders using neuropsychological methods.
Adult speech and language processing, its brain mechanisms and experimental methods.
Psychological research designs, observation, surveys, descriptive statistics and reporting findings.
Descriptive and inferential statistics for psychology, including tests, ANOVA and correlation.
Statistical analysis, estimation, hypothesis testing, regression and experimental design using software.
Honours cognitive-psychology research, study design, data analysis and reports in preparation for a fourth-year thesis.
Cognitive development across the lifespan, focusing on memory, thinking, language and learning skills.
Language development from birth to about ten, including grammar, pragmatics and environmental influences.
Perception theories, methods and practical applications in fields such as medicine, design and communication.
System-level programming, operating-system concepts, memory, processes and system calls.
Design abstract data types and analyse structures such as lists, trees and graphs.
Design maintainable and reusable object-oriented software using modularity, encapsulation and design patterns.
Web-application technologies, programming models, databases and distributed-application performance and security.
Discrete mathematics for computing, including counting, probability, recurrences and randomised algorithms.
Build user interfaces using reactive programming, interface infrastructure and implementation patterns.
Cognitive Science with Concentration in Philosophical and Conceptual Issues Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Language and Linguistics Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in the Biological Foundations of Cognition Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Cognition and Psychology Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science with Concentration in Cognition and Computation Bachelor of Cognitive Science Honours (20.0 credits)
Cognitive Science Bachelor of Cognitive Science (15.0 credits)
Current degree and concentration variants. Each has its own required course and credit rules.
University-published career examples for Cognitive Science, including its published routes; some require further training or registration. These are examples, not ranked graduate outcomes.
Bachelor of Cognitive Science
2026–27 · First year · Fall + winter · Full-fee status · CAD
Ontario students example · Choose your category
Tuition and compulsory fees, including UPASS · 2.0+ billing hours each term
Housing and meals are outside this estimate.
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