Minor in Cognitive Science

A Beloit College student speaks in the middle of class, attentively listened to by their peers.

Investigate the mind

What is Cognitive Science?

Cognitive science is the interdisciplinary study of the mind and intelligent behavior. It draws on psychology, computer science, philosophy, neuroscience, linguistics, and anthropology to explore how humans think, learn, perceive, solve problems, and interact with the world. Students investigate questions about reasoning, language, decision-making, consciousness, artificial intelligence, and the relationship between brains and machines.

The cognitive science minor gives you a structured way to study the mind from multiple perspectives without committing to a full major. You learn how different fields approach shared questions about cognition and gain analytical, scientific, and conceptual tools that complement almost any major.

Why study Cognitive Science?

Cognitive science equips you with a unique blend of technical, scientific, and humanistic skills that employers and graduate programs value. You learn how to analyze behavior, interpret data, reason logically, evaluate arguments, and think critically about mental processes. These skills are relevant to careers in technology, research, mental health, user experience, education, law, design, and many other fields that require insight into how people think and learn.

Cognitive science strengthens your major because it connects many disciplines while expanding your ability to tackle complex problems from multiple angles.

Why study Cognitive Science at Beloit College?

Beloit College’s cognitive science minor gives you the freedom to shape your studies while working closely with faculty across computer science, psychology, and philosophy. Small classes mean in depth discussions and hands-on exploration of cognitive theories, mental models, artificial intelligence, and human behavior.

Your pathway is flexible and purposeful. You complete a shared core in cognitive science and then choose one of three concentrations that aligns with your interests. Whether you want to study cognition through the brain and behavior, through logic and meaning, or through computation and intelligent systems, Beloit College helps you build an interdisciplinary toolkit that supports your academic and professional goals.

Details

Specialization

Minor

Credits Required

6 units (24 semester hours)

Concentrations

Computer Science, Philosophy, Psychology

Format

In-person

Related Departments & Schools

Cognitive Science

Related Offerings

Cognitive Science curriculum

All cognitive science minors complete two core courses in the foundations of cognitive science and then select one of three concentration pathways. Each pathway provides depth within a disciplinary lens while maintaining the interdisciplinary spirit of the field.

Cognitive Science Minor, Computer Science Concentration (6 Units)

Two core Cognitive Science units: Cognitive Science 101, 205.
Two required Computer Science units: Computer Science 111, 204.
Two elective units for computer science breadth: Computer Science 170 (when relevant, with approval of advisor), 175, 245, 270 (when relevant, with approval of advisor), 315, 347; Data Science and Data Analytics 210 (.5) and 215 (.5), or 345.

Cognitive Science Minor, Philosophy Concentration (6 Units)

Two core Cognitive Science units: Cognitive Science 101, 205.
Two required Philosophy units: Philosophy 110 or 115; Philosophy/Cognitive Science 241.
Two elective units chosen from the following courses for philosophical breadth: Philosophy 100, 205, 240 (when relevant, with approval of advisor), 250.

Cognitive Science Minor, Psychology Concentration (6 Units)

Two core Cognitive Science units: Cognitive Science 101, 205.
Two required Psychology units: Psychology 100; Psychology/Cognitive Science 240.
Two elective units for psychological breadth (2 units):
1. One chosen from Anthropology 310; Biology 340, and one chosen from Psychology 210, 215, 230, 235, 260, 265 OR
2. Two chosen from Psychology 210, 215, 230, 235, 260, 265.

Courses across the cognitive science minor explore how minds represent information, how intelligent systems are built, how behavior is studied, and how philosophical questions shape cognitive theory.

[COGS 101] Introduction to Cognitive Science: Examine how emotion has been considered distinct from cognition, as well as the relationship between language and thought.
[COGS 205] Topics in Cognitive Science: This course is an introduction to cognitive science through special topics. These may include discussions of artificial intelligence at either the theory and modeling level or at the level of societal and ethical impacts of the technology. Other topics covered may include cyborg technologies that examine the processes of interaction between mind, body, and environment, or cognitive robotics work that examines the ways structure, environment, and underlying programming generate behavior and aberrations in behavior.
[CSCI 204] Data Structures and Algorithms: Practical coverage of data structures with opportunities for software problem-solving. Covers linked-lists, skip lists, general and balanced trees, hashing, and graphs, together with algorithms and standard tools for their implementation, plus algorithms for diverse sorting methods and complexity analysis of algorithms. Students learn how to use abstractions of data structures in designing software for applied problems, to implement the details of algorithms in writing programs, and to analyze the tradeoffs in choices of data structures and algorithms.
[PSYC 240] Memory and Cognition: This course examines some of the mental processes involved in human behavior. General issues to be covered include the accuracy of memory, problem solving, decision making, and the rationality of thought processes. Specific topics such as selective attention, subliminal perception, neurological bases of memory, and effects of aging will be discussed.
[PHIL 241] Minds, Brains, and Bodies: This course looks at those texts that have defined and shaped the field historically, while including texts from other philosophical traditions that have only recently changed how the mind-body problem is understood. These include texts from phenomenologists, pragmatists, and linguists, among others.

Cognitive Science outcomes

A cognitive science minor from Beloit College strengthens your major and positions you to think in flexible, interdisciplinary ways. You will understand how humans and machines process information and will be able to analyze problems using scientific, computational, and philosophical tools.

Students completing the cognitive science minor are able to:

Explain major theories of cognition from scientific, philosophical, and computational perspectives.
Analyze human or machine behavior using appropriate methods from their concentration.
Evaluate arguments about mind, knowledge, and intelligence.
Communicate ideas about cognition clearly in written and oral forms.
Apply interdisciplinary reasoning to questions involving perception, decision-making, learning, or information processing.
Connect cognitive principles to fields such as AI, mental health, education, or technology design.

AI Systems & Machine Learning Applications: Design, train, and evaluate AI models that support decision-making and intelligent digital tools. ($55,000 → $120,000+)
Assistive Technology & Accessibility Design: Support the design of tools, interfaces, or environments that improve accessibility and user experience. ($60,000 → $100,000+)
Behavioral Science & Consumer Research: Study behavior patterns and help organizations understand how people make choices and respond. ($45,000 → $100,000+)
Cognitive Research & Human Behavior: Study learning, perception, and decision-making to better understand human thought and behavior. ($50,000 → $100,000+)
Human-Computer Interaction: Explore how people use technology and support improvements to digital tools and interfaces. ($50,000 → $120,000+)
Learning Science & Instructional Design: Design learning activities or resources based on how people process information and build skills. ($40,000 → $90,000+)
Organizational Behavior & Workplace Research: Examine workplace behavior and support programs that improve teamwork, motivation, and communication. ($50,000 → $100,000+)
Public Health & Community Research: Study health trends, gather data, and support programs that improve community well-being. ($45,000 → $90,000+)
Robotics Engineering & Intelligent Systems: Design robotic systems, integrate hardware and software, and support automation across industries. ($60,000 → $110,000+)
User Experience (UX) Research & Design: Investigate user needs and help design products that improve clarity, usability, and engagement. ($50,000 → $100,000+)

Reviewed on November 2025. Sources: U.S. Bureau of Labor Statistics. Salary figures shown here are estimates. Actual pay will vary by position, industry, location, education, and experience. Some pathways and positions may require additional education or certifications. For more detailed information, please explore reputable career and salary resources.

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