In this three-day in-depth workshop, internationally acclaimed architectural photographer Jeffrey Jacobs will share extensive details of how he lights and captures the architectural images that have garnered recognition worldwide. This workshop will be a mix of hands-on and classroom instruction. Learn the gear. Learn the software. Then join the Jacobs crew to participate in a full-on production shoot after the sun sets.
From June 1st - 4th, design and urban planning experts from around the globe will transform The Concourse, on Sydney’s North Shore into a digital media technology hub, for the 5th international Media Architecture Biennale 2016. Architectural and design professionals, academics, state and federal government representatives and specialised experts in digital placemaking will host a series of workshops, symposia and events designed to explore the existing and future impact of digital technologies on urban planning within global cities.
Yamagiwa has just released a new version of Toyo Ito's popular Mayuhana lamp - Mayuhana Ma Black. "Ma," meaning "true" or "genuine," represents the new lamps darker color that is, as the company describes, "more deep and profound."
"Mayuhana Ma Black is light in darkness. It is the quintessential quality of light found in Japan that reminds me of ‘In Praise of Shadows’ by Junichiro Tanizaki," says Toyo Ito.
Winter is the perfect time to build structures with ice, a time and a technique that together offer the possibility of a pure white architecture. With a cloudy sky the condition culminates into an impressive whiteout: white architecture, the landscape and the sky dissolve into a diffuse unity without a visible horizon. If clear skies emerge a subtle contrast of warm and cool white appears with yellowish sunrays against the blue sky. However, the ice itself has striking effects as well: The surface appearance ranges from crystal clear glass to soft opaque impressions. And, for the long nights, illumination achieves an additional magical glow and extends the short daylight time.
Worldwide, snow shows, ice hotels and festivals have attracted numerous visitors with glistening snows and stunning lighting solutions. Futhermore, this frozen water strategy presents a sustainable solution par excellence, where the manufacturing and even disposal causes no harm to the environment. Read on to explore the coolest projects and events featuring architects and artists from Finland to China.
How will our buildings change when your mobile device can receive huge amounts of data flowing from the luminaires above you? Not only has LED brought us a highly efficient light source, but a promising instrument for visible light communication (VLC) as well. Therefore light will not only be a medium to support vision, but it will also be an essential means of data communication. With the low energy consumption of LED one can even set up luminaires without mains cables for the power and just install Ethernet cables. Welcome to the world of digital lighting.
Brut Deluxe has created a colorful light installation, made up of 48 chandelier-like pieces that dangle above Geneva’s Rue du Mont Blanc for the 2015 Geneva LUX light festival. The project continues on Brut Deluxe’s extensive work with ephemeral installations and their study of spatial qualities through light.
Miguel de Guzmán and Rocío Romero, from the photography studio Imagen Subliminal, have shared with us their images and video of the installation.
Learn more and view more images after the break.
Community Lighting for the Urban Environment has set itself the goal of encouraging and challenging young designers such as students (University & Colleges) and emerging Professionals (<5 years in their profession) to develop innovative lighting concepts for interior and exterior spaces, stimulate challenging ideas and recognize the individuals creating those ideas.
There is arguably no aspect of architecture in which science is more influential than in the realm of lighting; from the florescent bulbs of the late 19th century to the LEDs that only became truly viable in the past decade or two, advances in the science of creating light have been quickly followed by architectural experimentation. In this excerpt from her book "Superlux: Smart Light Art, Design & Architecture for Cities," Davina Jackson recounts the tremendous advances made by lighting in the 20th and early 21st centuries, and looks forward to the next frontier - that of "smart lighting."
Today’s smartest lighting innovation has no need for machine-generated power. Simply fill a clear plastic bottle with water (plus bleach) and silicon-seal it through a hole in the roof of any rudimentary shelter. Behold: daylight floods the dark interior.
PET bottles for conducting radiance, solar-powered LED lamps for night visibility and satellite-enabled smartphones to exchange instant knowledge globally: these are the 21st century’s keys to illuminating billions of people living rough in settlements. Like the original campsites of London, New York, São Paulo and Sydney, some of these slums will become great global centers.
With its hundreds of churches, Rome has a developed a rich history of domes. Inspired by this heritage, Jakob Straub has photographed the city's most remarkable rotundas from the ancient Pantheon up to Pier Luigi Nervi's modern sports arena. His neutral photo perspective, taken looking upwards from the center of the rotunda, opens a new view for the underlying concepts where the architecture yearns for the firmament. For Elías Torres, these “zenithal-lit” spaces constitute an important method for daylight architecture, where the exterior is also transformed into a fascinating distant reality.
Torres has analysed numerous strategies for lighting architecture effectively with daylight from above. In his book “Zenithal Light,” illustrated with an abundance of striking photos, he came to the conclusion that “Amongst the representations of the sky in the interior of architecture, the one that depicts the sun shining from above with a circular form has been the favoured one for many cultures.”
In celebration of the International Year of Light in 2015 and the practice's 25th anniversary, Lighting Planners Associates (LPA) is putting up an ambitious show Nightscape 2050, with the exhibition travelling from Berlin to Singapore and then to Hong Kong and Tokyo, from August 2015 to June 2016. Nightscape 2050 is intended to be one of its kind for Light and Lighting, in which visions of the future of lighting and the way LPA imagines to use this light are shared with the visitors.
Global companies often exploit architectural icons to transform physical form into their desired brand reputations. To help achieve this goal, after twilight, the natural qualities of buildings have often been supplemented by architectural lighting, as the facades call unmistakeably for attention with their colorful and dynamic illumination. Representation has become the leading motivation for upgrading the lighting at headquarters and retail outlets. But when the illumination evolves into spectacular gestures, the brand identity and architecture itself starts to fade. Hence, the struggle for individuality has revived the discussion about ornament – though ornament appears now as light.
This October, UrbanGlass in Brooklyn will host a one-day workshop with architect James Carpenter. James' work with UrbanGlass began more than two decades ago, when he worked in our studios to create unique projects in glass. The class "Light: Beyond Transparency" requires no previous knowledge about glass processes and techniques, but will include time in the studio learning about how the material is manipulated.
"Light Beyond Transparency" will take place on October 18th, 10am-5pm. This one-day workshop will focus on observation and explore a conceptual approach to manifesting these observations in the built environment.
The emphasis on light and lighting now is more than ever and this is evident from the global initiative by UNESCO to declare and celebrate 2015 as the International Year of Light. With this in mind, Nightscape 2050 is a unique exhibition dedicated to Lighting and is aimed to explore a completely new horizon of lighting design. This exhibition aims to explore the interactions between people, light, and cities in the year 2050.
Sefaira, the market-leading daylighting visualization tool, has just announced a new feature for their software plugins for Autodesk Revit and Trimble Sketchup. In addition to the real-time visualizations announced last year, the new update adds customizable, exportable graphics which offer both a point in time analysis or an annual overview, and analysis tools which help designers easily identify overlit and underlit spaces and review heating or cooling requirements.
Waterlicht (or 'water light') is a new light installation which has temporarily transformed Amsterdam's Museumplein into a "dream landscape" expressing both the power, and the poetry, of water. The shifting shapes and liquid movement of the artwork also have a very real purpose: like a virtual flood, the level of the lights show how high the water could submerge Holland and parts of The Netherlands without constant human intervention. The installation highlights how innovation in engineering, something which is embedded "within the DNA of the Dutch landscape" of polders and dikes, has been "almost forgotten." The nation's vulnerability against the power of the oceans is pertinently expressed in this experiential urban intervention.
Until recently, renderings were the architect’s primary tool for understanding daylight in their designs—renderings, and a healthy dose of intuition. But a new generation of daylighting analysis tools, which is emerging alongside a new generation of daylighting metrics, are enabling architects to look at daylight in new ways—with important implications for design.
Business as usual, when it comes to daylight, is to use rules of thumb to design, then use renderings to check the design and communicate the intent. Rendering has fast become an art form: the creation of exquisite, evocative, often atmospheric imagery that communicates the mood, the experience, the visceral feel of the design. This is no accident: daylighting is a magic ingredient in architecture, bringing dynamism to static structure, imbuing buildings with a sense of time, and renderings are a powerful way to capture and communicate these ideas—a necessary complement to the hard line plans and sections that comprise much of the architect’s lexicon. Renderings have expanded our ability to communicate designs. They have also expanded our ability to conceptualize designs—and especially to conceptualize the daylight in our designs.
But there’s something missing: there are important daylight-related questions that renderings simply can’t answer. Even if they can be made reasonably accurate, they’re still incomplete: depicting a moment in time, but not providing an indication of whether that moment is unique or typical.
LAMP Lighting has revealed its top picks for this year’s Lamp Lighting Solutions Awards. Now in their 6th year, the awards recognize projects that effectively explore the intersections of architecture, interior design, and landscaping with original, innovative, and sustainable lighting. With record internationalization, this year’s awards received 598 submitted projects from 54 countries worldwide.
The Lamp Lighting Solutions Awards span the categories of Architectural Outdoor Lighting, Indoor Lighting, Urban and Landscape Lighting, and Students Proposals. Winners will be announced at a ceremony in Barcelona in June, and will receive monetary prizes between € 2,000 and € 8,000. Additionally, one professional will receive the “Life of Light” award for committing his or her career to lighting.
See all the finalists after the break.
Developed by Choi+Shine Architects, the BIT Light is a magnetic modular lighting system that offers endless configuration possibilities which can be arranged, deconstructed and rearranged in seconds. The system's main component is the "BIT", a linear lighting element comprised of an LED light source in a translucent polycarbonate tube that provides both protection and structural support. At each end of the BIT are conductor pads which join magnetically to the small nickel connecting elements, offering infinite possibilities for arrangement either as a flat wall-mounted lighting element, a suspended configuration, or even as a self-supporting three-dimensional lighting structure.