Harmonizing Spaces  

Innovations in Acoustics, Circularity, and Carbon Reduction to Design Better Spaces

Sponsored by Armstrong World Industries | Presented by Amy Costello

Webinar On-Demand

This course is part of the Sustainability Academy

This webinar is part of the Sustainability Academy

Integration of acoustics, circularity, and carbon reduction within the built environment is more important now than ever. We’ll explore a holistic approach to creating sustainable and harmonious spaces while exploring innovative solutions and techniques to reduce the carbon footprint of the built environment.

Cassels Brock & Blackwell

Photo courtesy of Armstrong World Industries

Gensler - Cassels Brock & Blackwell, Toronto

 

amy costello

Amy Costello , P.E. is the Product Stewardship and Sustainability Manager at Armstrong World Industries, where she provides leadership and management oversight in developing, implementing, and driving product stewardship and sustainability initiatives. Before this role, Amy was the Head of Sustainability for Armstrong Flooring. Under her leadership, Armstrong Flooring established its global sustainability council and published its first third-party assured SASB and GRI report. Amy chairs the ASTM E60 Sustainability Committee and serves on the WELL Material Advisory. A former member of the Board of Directors for ASTM International and the United States Green Building Council, Amy is a licensed Professional Engineer who received her master’s degree from Virginia Commonwealth University and holds a LEED and WELL Accredited Professional certification.

Originally published in Architectural Record

Originally published in June 2024

LEARNING OBJECTIVES
  1. Explain how the circular economy principles apply to building product selection.
  2. Explore the benefits of biobased materials in the built environment.
  3. Evaluate how lifecycle thinking, and material optimization is used to design more sustainable buildings.
  4. Examine how indoor environmental quality, including acoustics and biophilic design, affects building occupants' well-being.