American architectural firm started by Arthur Gensler Drue Gensler, and Jim Follett in 1965 in San Francisco, CA. M. Arthur Gensler jr (b Brooklyn, New York, 1935) attended Cornell University to study architecture (BArch, 1957). The firm began doing build-outs for retail stores and corporate offices, and initially established itself in the unglamorous area of interior architecture. Thirty years later and without mergers or acquisitions, it had grown to become one of the largest architecture firms in the world, having pioneered the global consultancy firm specializing in coordinated rollouts of multi-site building programmes. By 2012 the firm had over 3000 employees in over 40 offices. From the beginning, Art Gensler conceived of a global firm with multiple offices serving corporate clients whose businesses were becoming more international. Instead of the ‘starchitect’ model of his contemporaries such as I. M. Pei or Paul Rudolph, Gensler wanted an ego-free office that existed to serve client needs, not pursue a designer’s aesthetic agenda at the client’s expense. By adopting new web-based computing technologies and integrated design software in the early 1990s, the firm stayed well connected across their many offices and were more able than their competitors to manage large multi-site projects. Expanding from the services a traditional architecture firm offers, the company pushed into new areas well suited to their information technology and interiors expertise, such as organizational design, project management, and strategic facilities planning....
Jean Robertson and Craig McDaniel
The final decades of the 20th century and the beginning of the 21st century witnessed an increasing propensity for artists to incorporate aspects of science in their own art. In many fields of scientific research—including the cloning of mammals, the genetic modification of crops, the creation of bioengineered organs and tissues, advances in nanotechnology and robotics, experimental research in how the human mind works and the study of artificial intelligence—the frontiers of knowledge pushed outward at an accelerated pace. In the spirit of creative inquiry, or in order to critique the goals and outcomes of scientific experimentation and application, artists regularly borrowed subjects, tools and approaches from science as a means to the production of art ( see fig. ).
In documenting and assessing the achievements of visual artists engaged with science, there was no broad consensus on the categorisation of artists’ work across the full range of activities, methods, motivations and use of materials. Assessments of artistic practice focused on artists’ work categorised by the traditional fields of science (e.g. artists who explore biology, artists who explore physical sciences). Other analyses of artistic practice focused on categories of art media (e.g. artists who use traditional means such as carving and casting to represent scientific discoveries, artists who explore and employ biological materials and scientific instruments)....