The next CASE Open Lecture will be given by John Mardaljevic, with his talk titled, ‘New York Times to Central Park Tower: Daylight Modelling for Performance, Planning and Conservation’ on Tuesday 29 January 2019 at 6PM in Marlowe Lecture Theatre 1.
When completed in 2020, Central Park Tower (New York City) will become the world’s tallest residential building and the second tallest skyscraper in the US. Measures of daylight injury predicted using climate-based daylight modelling (CBDM) formed part of the legal agreement for the design/development of the tower. This is the first instance, anywhere in the world, where daylight injury predicted using CBDM has played a substantive part in the legal agreement for the development of a building. NYC was also the location for a landmark daylight simulation project that began in 2004: daylighting the New York Times Building (architect Renzo Piano). At the time, the New York Times study greatly pushed the limits of what was believed to be achievable using daylight simulation on a live building project. These two milestone projects encompass a period where CBDM transitioned from a novel idea with potential to the mainstay for both research and practice worldwide. This lecture will illustrate real-world application of CBDM in diverse areas using the examples from New York City together with others from code compliance and heritage/conservation.
The first CREAte Open Lecture will be given by Professor Barbara Penner, ‘Cuddleficition’ on Tuesday 22 January at 6PM in Marlowe Lecture Theatre 1.
‘Cuddlefication’ refers to a pervasive new phenomenon in the design of public spaces. Public spaces, including libraries and museums, are softening under the influence of free wifi: users are being encouraged to spend time in, linger in and even recline in public – a lopsided arrangement in which it feels normal to lie down on the floor of a national institution to work or nap or both. This talk suggests that cuddlefication is one result of the way digital technologies are being grafted onto our analogue lives, a process that changes bodies, work patterns, spaces and the protocols that govern their use. The new city is not only smart; it is soft.
Barbara Penner is Professor in Architectural Humanities at the Bartlett School of Architecture, UCL. She is author of Bathroom (2013), awarded the 2014 RIBA President’s Award for Outstanding University-Located Research. She is co-editor of Sexuality and Gender at Home (2017) and Gender Space Architecture (Routledge, 2000). She is a regular contributor to the architectural journals Places and Architectural Review.
The first open lecture of 2019 will be hosted by Digital Architecture, and given by Dr Michael Weinstock on Tuesday 15 January 2019 at 6PM in Marlowe Lecture Theatre 1.
It is commonly said that cities are complex systems, and exhibit many of the properties of living beings. The application of terms like ‘Smart’ or ‘Adaptive’ to subsidiary urban systems is ubiquitous but an exegesis of a model of intelligence specific to the city is more rarely encountered in the literature of complexity sciences.Successful living species have evolved sentience and responsive behaviour specific to the ecological system within which they exist. It follows that ‘ecological intelligence’ cannot be approached through models of ‘general intelligence’ but can only be approached through observation and analysis of the dynamics of inter-species and species- environment relationships across a range of spatial and temporal scales within each particular ecology. What is the significance of this definition of intelligence in understanding the evolutionary development of cities? Can a design paradigm for future cities be developed from this perspective?
Dr. Michael Weinstock is an architect and academic whose publications have been focused on the dynamics, forms and energy transactions of natural systems, and the abstraction and systematisation of knowledge of biological morphogenesis and evolution to contribute to innovative computational processes of architectural design and materialisation that are necessary to sustain human societies through the impending changes. The current research focus is on defining new models of ecological intelligence for future cities in a changed world, with a special focus on developing new paradigms new paradigms for intelligent settlements in the emergent climates and ecological contexts of the future, concentrating on deserts, salt marshes and wetlands, and on the tundra.