Architecture (ARCH) 526
Architectural Design: Acoustics (Revision 1)
Delivery Mode: Individualized study online.
For those students interested in pursuing a career as a registered architect, this course contributes to the RAIC Syllabus Diploma. Information about the RAIC Syllabus Diploma is available on the RAIC website.
Credits: 3 - Architecture
Prerequisite: Enrollment in the Post-Baccalaureate Diploma in Architecture program, or referral from the Canadian Architectural Certification Board (CACB) for individuals with a professional degree in architecture from a university outside Canada.
Centre: RAIC Centre for Architecture
This course is not available for challenge.
Credit may be transferred for previous work considered equivalent.
This course is intended for students in the Post-Baccalaureate Diploma program in Architecture, or for those international architecture graduates referred by the CACB. It examines both the theoretical and practical aspects of architectural practice in Canada. The focus of this course is on acoustic theory and practice as it pertains to architecture and design. This course will explore the physics and perception of sound, the characteristics of sound and vibration in spaces, and their place in the development of holistic design concepts. Qualitative and quantitative methods in acoustic analysis will be presented and discussed. The student will apply acoustic design criteria, methods, and materials to spaces for various activities and functions, from theatres and concert halls to open-space offices and hospitals. Issues of acoustic privacy and confidentiality and of sound reinforcement will be examined.
Part 1: Acoustics in Architectural Design, the Physics of Sound, and Physiology of Perceiving Sound and Vibration
- Unit 1: Physics of the Sound and Vibration
- Unit 2: Physiology of Hearing and Sensing Vibration
- Unit 3: Functions of Acoustics Design
Part 2: Principles and Characteristics of Sound Waves in Spaces and Designing Spaces to meet Acoustic requirements
- Unit 4: Characteristics of Sound Waves in Spaces
- Unit 5: Designing Spaces for Effective Listening
- Unit 6: Designing Spaces for Sound Isolation, Privacy, and Confidentiality
Part 3: Noise and Vibration Control in Buildings
- Unit 7: Noise Control in Buildings Including Mechanical System Noise
- Unit 8: Principles and Applications of Building Systems Vibration Control
Part 4: Sound Reinforcement Systems
- Unit 9: Public Address and Electronic Sound Amplification Systems, Telecommunications Systems, Converging Technologies, and Acoustic Considerations
- Describe the physical, physiological, and psychological principles of auditory perception.
- Describe the physics of sound waves in general and the characteristics of the sound waves in a variety of spatial design configurations.
- Describe the characteristics of spaces designed for effective listening, working, learning, and other functions.
- Describe environmental acoustics in terms of acoustic enhancement and environmental noise control.
- Identify and describe acoustic separation systems for the design and construction of a given case study.
- Relate the scientific principles of acoustic design to the design and construction of comfortable spaces.
Your work in this course will be evaluated based on four assignments and the final examination. Assignments 1, 2, and 3 (worth 20% each) consist of problems and questions drawn from the units. Assignment 4 is a case study, and is worth 15% of the total course mark. The final examination will cover the entire course and is worth 25% of your final grade. The minimum pass mark for the final exam is 50%. Your instructor will grade the assignments.
The table below summarizes this information:
|Assignment 1||Assignment 2||Assignment 3||Assignment 4||Final examination||Total|
Students who wish to be certified by the CACB must achieve and maintain a final grade point average of 2.3 or greater. This means that, while a grade of 60% would constitute a pass in the course, a grade of 67% or greater is required for students who wish to pursue registration or licensing in architecture.
Egan, M. D. (2007). Architectural acoustics. Fort Lauderdale: Ross.
The course materials also include an online study guide and course website.
Athabasca University reserves the right to amend course outlines occasionally and without notice. Courses offered by other delivery methods may vary from their individualized-study counterparts.
Opened in Revision 1, May 16, 2012