This course is designed to provide baseline understanding of Acoustics in Architecture and its importance in various types of buildings (Education, Government, Corporate, Healthcare etc.) and applications. We will also cover how sound propagates and interacts with surfaces, objects and individuals within these spaces and their material composition. The course will review basic mathematical equations and core competencies for determining various acoustical ratings to include: Reverberation time (RT-60); Sound Transmission Class (STC); Noise Impact Criteria (IIC); Environmental Analysis; and Core and Shell. We will touch on industry standards and guidelines for multiple application types and discuss why some standards may be different. As we complete the course, we will introduce mechanical isolation concepts and move into closing with examples and technical discussion. This course will provide an excellent introduction to Acoustics in Architecture, their properties and concepts.


Learning Objectives: At the completion of this course, participants will be able to: Understand why the overall conceptual application of Acoustics in Architecture is important; Understand who and what types of sectors use Acoustics in Architecture and why it’s important to hire an acoustician; Understand what types standards, ratings, guidelines and applications are used for Acoustics in Architecture; and Describe specific techniques and industry standards and guidelines for multiple application types and explain the best uses for each one.


Speakers: 

Darrell O'Busek - Polysonics

Tristyn Sherertz - Polysonics


Credit:1.0 HSW|LU