Passive thermal design takes advantage of the physical properties of buildings and building materials to maximize thermal comfort and energy efficiency without using mechanical systems. Learn to incorporate passive design principles into your architectural and mechanical practice. We'll cover traditional methods and the latest technologies, low-tech and high-tech. See fully integrated examples of passive thermal design and review relevant physical fundamentals, design for passive comfort and design for passive ventilation.
AS A RESULT OF THIS TRAINING YOU WILL BE ABLE TO:
WHO SHOULD ATTEND?
- Identify and articulate the physical forces affecting heat transfer and airflow in buildings.
- Analyze local climate to identify most appropriate passive design strategies.
- Incorporate passive thermal comfort measures into architectural designs.
- Utilize passive ventilation measures in architectural designs.
Architects, mechanical and electrical engineers, building owners, lighting designers, general contractors, energy efficiency specialists, commissioning authorities, control system technicians, and anyone involved in the building design process.
Erik Olsen, P.E.
- Transsolar Climate Engineering
Erik Olsen is a mechanical engineer and expert in integration of architectural and low-energy indoor comfort solutions. As Managing Director of Transsolar Climate Engineering's New York office he works collaboratively with clients, architects, and other engineers worldwide to develop and validate low-energy, architecturally integrated indoor climate and energy concepts.
CEU = .7
(USGBC, AIA, and ISPE credit approval pending)
$149 for ISEA Members
Continental breakfast and lunch are included.
ISEA Members must login and go to the Member Communications page
to get the promotional code.