Earth’s atmosphere reached a significant threshold of 400 ppm atmospheric carbon last year, swiftly moving upward, away from the historically more environmentally stable 350 ppm that many scientists believe is sustainable. Perkins+Will is working to address these issues nationally as a participant in the AIA 2030 Commitment and, locally here in Seattle, as member of the Seattle 2030... Read more »
Perkins&Will supports small, focused explorations proposed by staff members with micro-grants of money and time through the Innovation Incubator program. The Innovation Incubator promotes the exploration and development of ideas that improve our work, open new areas of business and stretch our collective creativity. The results of these explorations further our design work, improve our design process and contribute to the knowledge base of our industry.
The program was launched in 2010 and was an immediate success. With more than 700 entries over 20 cycles, sustained interest in the Innovation Incubator at all levels of the firm is testament to its relevance in our ever-growing culture of innovation.
Browse some of the Innovation Incubator projects that have helped grow the profession’s intelligence over the years. Explore more at: innovation.perkinswill.com.
This research focused on the use of lighting control systems in an office environment by studying the role of smart lighting strategies and their effects on the office. By sequentially testing these strategies for twelve consecutive weeks, this study worked to determine the ability of each approach to reduce the overall energy consumption, while incurring minimal consequences on... Read more »
Will online education render the traditional university campus irrelevant? Is there a “there” there when it comes to online education? What makes the flesh and blood, bricks and mortar material realm still relevant – even essential – to education? While online education has brought with it radical transformations to higher education, bringing people together in... Read more »
Goals rHDS (Reactive Hygroscopic Design Simulation) is an experimental and theoretical design and simulation digital apparatus for the design of rough building massing form in context with climatic variables such as wind direction and speed, and water vapor from real world climate data. The system will develop a reactive environment for conceptual design and massing of building form for... Read more »
Cleanrooms almost always have the largest impact on cost and schedule in terms of construction and operation for a lab project. New standards such as ISO 14644 will be voted on soon. If passed these standards may increase the impacts of both existing and new cleanrooms on laboratory facilities. This article outlines some key planning... Read more »