Symbiosis research question of the week : How can individual buildings be designed to improve local biodiversity while improving building and occupant performance?
Symbiosis : Sustainable Design + Consulting, is a leading, innovative, high performance design, architectural engineering, research, and consulting firm, developing projects with throughout the world. This blog is meant as a forum for discussion, and stimulus for generating research, about innovative methods to improve the performance of building environments. Significant events of the company will also be posted to keep readers informed of the progress of the company
Showing posts with label building performance. Show all posts
Showing posts with label building performance. Show all posts
Friday, March 2, 2012
Thursday, March 1, 2012
Symbiosis recognized for improving low income senior citizens living environment
Symbiosis' LEED Platinum senior citizen affordable housing project Adaptive Generations is now featured on the Organic Architecture Guild website as an exemplar sustainable project that integrates human and natural environments in order to improve the performance of the building and the lifestyles of the occupants.
Giancarlo Mangone to teach how to implement innovative, high performance design in Neapolis University, Cypress
Symbiosis founder and principal Giancarlo Mangone has been invited to teach several workshops at the Faculty of Construction Management of Neapolis University in Cypress in April. The workshops will focus on translating innovative performance concepts to building constructions and optimizing construction projects to comply with LEED, avoid risks, and maximize project performance.
Symbiosis tasked to improve performance of vacant Dutch office buildings
Symbiosis has been invited to join the Refill team by Deerns Mechanical Engineers to make existing, vacant office buildings in the Netherlands higher performing and more desirable in the commercial office market. Symbiosis' focus will be on developing strategies, design solutions, and performance evaluations that improve building and occupant performance, while reducing project operating costs. Specific strategies of investigation include the utilization of vegetation, hybrid microclimates, and microforests as integrated spatial infrastructure typologies and building program.
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