CCOG for MUS 292 archive revision 202704
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- Effective Term:
- Fall 2027
- Course Number:
- MUS 292
- Course Title:
- Introduction to Music Perception and Cognition
- Credit Hours:
- 4
- Lecture Hours:
- 40
- Lecture/Lab Hours:
- 0
- Lab Hours:
- 0
Course Description
Addendum to Course Description
This course introduces students to a sophisticated and abstract topic. However, the course is not intended just for students with a diverse background in Music and/or Technology. The intent is that students will be provided an introduction to a wide subject area that they can explore more specifically according to their interests and apply in the final project.
Intended Outcomes for the course
Upon successful completion of the course, students should be able to:
1. Define and explain key concepts and theories of music perception and cognition.
2. Describe the relationships between acoustic and cognitive processes involved in music perception, e.g., rhythm, melody, harmony, and timbre.
3. Explain the mechanisms of musical memory and recognition.
4. Describe how emotional responses to music relate to cognitive processes.
5. Identify and describe cross-cultural differences in music perception and cognition.
6. Discuss the relationship between music and the brain, and understand how humans process sonic stimuli.
Integrative Learning
Students completing an associate degree at Portland Community College will be able to reflect on one’s work or competencies to make connections between course content and lived experience.
General education philosophy statement
MUS 292: Introduction to Music Perception and Cognition supports the General Education mission of Portland Community College by helping students explore how humans perceive, interpret, and create music through the combined lenses of artistic practice, cultural context, and scientific inquiry. The course examines the relationship between acoustic phenomena and human perception, encouraging students to develop an understanding of their sensory and cognitive interaction with sound and their broader technological and natural environments (Philosophy C).
Through listening exercises, discussions, and analytical activities, students learn to conceptually organize auditory experience and understand how musical structures such as pitch, rhythm, timbre, and harmony shape perception and meaning (Philosophy E). Students engage with qualitative reasoning about sound and musical structure while exploring how perceptual and cognitive processes influence musical understanding (Philosophy D).
The course also promotes appreciation for aesthetic and artistic values by examining how musical works create expressive and emotional meaning through perceptual processes (Philosophy F). In addition, students consider how cultural background, historical context, and listening traditions shape the way music is experienced and interpreted, fostering an awareness of relationships between cultures and artistic practices (Philosophy A and B).
Through a final project and reflective essay, students connect course concepts to their own experiences with music and listening. This process encourages students to reflect on the role of music in their personal lives, communities, and broader cultural environments, supporting the development of thoughtful, reflective participants in society.
Aspirational Goals
Students are empowered to approach ideas regarding Music and its relation to Physics, Acoustics, Psychology, Cognitive Science, Biology, and Technology.
While given broad exposure to the course topics, specific ideas may be more relevant to each students' creative and academic goals.
Exposure to these topics will open up other possibilities for academic and career pursuits.
Course Activities and Design
- Lectures
- Readings
- Discussion
- Final Project which can take the form of research abstract, creative work, technological design, or combination of any and all
- Sharing of individual projects with peers and peer discussion
Outcome Assessment Strategies
- Instructor and peer evaluation of completed projects
- class discussion
Course Content (Themes, Concepts, Issues and Skills)
- Basics of Psychoacoustics (sound waves, amplitude, frequency, resonance)
- Functions of the auditory system, ear vs. brain
- Modes of listening and attention
- Evolutionary development of sonic perception, Music and Language
- Pitch perception and tuning systems
- Spatialization and auditory scene analysis
- Musical memory and recognition
- Emotional responses to music
- Sonic illusions (Shepherd’s tone, Risset effect, Wessel effect)
- Technology and music perception, principles of synthesis
- Timbral perception and the overtone series