Mondo Arc Features OVI In The Storytellers
Office of Visual Interaction principals Jean Sundin and Enrique Peiniger use lighting to tell the story of architecture. Vilma Barr caught up with them in their NYC office to get behind the narrative.
Jean Sundin and Enrique Peiniger may be lighting designers by trade, but they are storytellers at heart. Like a team of dedicated journalists, the principals of Office for Visual Interaction (OVI) approach their projects with an investigative line of inquiry, asking questions whose answers reveal the project’s underlying narrative. They then use their novelist-like powers of creative expression to flesh out the story with the details of their design. The team even creates what they call “lighting workbooks” or visual narratives, that capture their exploratory process – research, idea creation, development and testing – for each project.
“This process allows us to explore highly integrated design solutions,” Peiniger explains. “Our philosophy is to set up a dialogue early on with the architect that enables us to understand the project and then create a lighting program tailored to their specific project needs.” Sundin adds: “The inspiration for our solutions comes from the project itself the architecture, cultural context and the
excitement it is meant to create. The final results should look like a natural extension of the architectural story already being told, as if the architect did the lighting design themselves.”
Fittingly, Peiniger and Sundin relate the story of OVI, the New York City firm that they founded in 1997, as a joint narrative written by both and then explained orally in a smooth outflow of thought. They met when both worked in a lighting design studio in Washington, D.C. Prior to that, Sundin had been a designer for Claude and Danielle Engle after earning her degree in
interior design from Virginia Commonwealth University. She was involved in the planning and design of their domestic and international projects.
Peiniger completed his studies in architectural engineering and social sciences at the Technical University, Berlin. After developing custom luminaires for a German manufacturer, he joined the US lighting design office where he met Sundin. During their work together, they came to the joint conclusion that lighting needed to be brought in earlier in the planning process to establish more holistic lighting design solutions. “We wanted to do something special and find another way to bring lighting into the overall design equation,” Peiniger relates.
They launched their own lighting design practice as Office for Visual Interaction, nineteen years ago. “We felt that a namebased firm wasn’t a fit for us,” Sundin says. “Design is a team effort, so we decided to give our studio a name that resonated with both of us: the way light interacts with surfaces and materials. In any project, you can’t have one without the other. The name is holistic and leaves us open to create lighting for all types of projects and demonstrates the diverse thinking process of our practice.”
The studio-sized office allows the personal attention of principals on every project. OVI specialises in significant one-of-a kind projects for which they create individually tailored lighting solutions using their characteristic approach to design. Though the final design for each project is totally unique, most begin the same way: a conversation with the architect that gives the designers an understanding of the project’s scope and challenges.
This dialogue-based methodology makes OVI well suited to dynamic, challenging projects like the United States Air Force Memorial in Arlington, Virginia, the New York Times Building, or the Scottish and Canadian Parliaments. It’s also allowed the firm to build strong relationships with its clients, who represent some of today’s best-known names in international architecture: Zaha
Hadid, Renzo Piano, Foster + Partners, Smith+Gill, Bjarke Ingels, Grimshaw and Morphosis, among others. OVI’s dedication to establishing a dialogue between architect and lighting designer is ever present… even when the architect is not.
“When we designed the exterior lighting for The Rookery in Chicago, which was built in 1888, we had to envision the dialogue with Burnham and Root and what they would have told us about how they would like to see their building in the evening. We hope they would be pleased with the result,” Sundin says.
By having such early input in the design process, OVI is often able to impact how lighting is integrated with architecture in a way that most lighting design firms can’t. When direct sunlight from the large windows at the Scottish Parliament threatened to interfere with televising the parliamentary sessions, OVI intervened. “At the master planning stage, we took a look at the big picture and all buildings were rotated to provide ideal daylighting conditions in the Chamber,” says Sundin. “The result is a very sustainable solution that utilises the surrounding buildings to shield the Chamber from direct sunlight without the need for shading devices.” Early communication with the architect also enables OVI to get a head start on analysing and testing concepts that often
involve complex, dynamic lighting strategies and ever-changing technologies. The firm’s recent work on another Parliament complex – the West Block of Canada’s Parliament Hill in Ottowa – is one example. “The design of the new Chamber of Commons needed to respond to a variety of uses, from public visits to HDTV broadcasts of parliamentary sessions,” explains Peiniger. “At an early
stage, we conducted exploratory lighting studies to define the precise locations and aiming angles necessary for TV broadcast lighting. Working from these setting out points, we coordinated strategic positioning of the branching columns with structural requirements to optimise the tilt angles needed and avoid the use of the traditional, suspended gantry system. The result is that
the TV lighting is fully integrated into the columns.
“We also researched and tested different optical materials and identified a diffuse, white material that blocks the LED light source from view, like white lenses, but does not reduce the efficiency of the light beam as they do. We’re now working closely with lighting manufacturers to developing luminaires that will be powerful enough to meet the light levels required for TV broadcasting and compact enough to be integrated within the architectural and interior design elements.”
The Canadian Parliament isn’t the firm’s first time working with manufacturers to customise LED technology for its projects. As early adopters of solid-state technology, OVI won a worldwide competition over ten years ago to design a new streetlight for the City of New York, which is now being installed in the five boroughs, and the light source they proposed was LED. “LEDs are now commonplace, but ten years ago we had to explain this technology and we needed independent labs to test the brightness and intensity,” Sundin observes. “There was no data available to base our
calculations. Now the data provided by manufacturers is far more available and reliable.”
Their concept was vertical application of applying daytime automobile running lights as an industry crossover to the streetlights. “We adopted this technology since we understood the auto industry has the same challenges as street lighting – heat, vibration, needing a long throw of light and minimising glare,” she says. “Conceptually, there was only one big difference between
these applications: vertical and horizontal. The use of LEDs made sense for many other reasons including size, better colour rendition compared to traditional light sources, and a more even and controlled distribution of light.”
Even as early and enthusiastic adopters of solid-state technology, OVI avoids using them as a one-size-fits-all solution. “As designers of illuminated environments, our concern is how and where LEDs are best used, and for us to select and edit the use of LED as an applied technology that enhances the beauty of the architecture or the landscape,” Peiniger says.
Indeed, OVI rejects the idea of a one-sizefits- all solution on principle. “We don’t recycle designs,” continues Peiniger. “No two OVI designs are the same because they are always based on changing factors like the architecture and the context.” It’s an attitude that has resulted in designs as varied as the formal, elegant and stately lighting of the United States Air Force Memorial and the asymmetrical, avantgarde illumination for the forthcoming King Abdullah Petroleum Studies and Research Center (KAPSARC) by Zaha Hadid currently under construction in Riyadh, Saudi Arabia, which Sundin describes as “a series of interlocking, cellular structures—dune-like forms rising from the desert landscape.” The lighting tells the story of the architecture by using the same
geometric vocabulary. “It has an array of adaptation and variations, including compact, adjustable track luminaires that are cleanly detailed around the perimeter of the skylights, with additional
lighting strategically concealed within the handrails, coves and reception desks to provide ambient illumination and intuitive wayfinding,” she adds.
Not surprisingly, OVI prefers to showcase its projects through narrative, both of the visual and verbal varieties. In 2009, the firm was the first to have a solo lighting exhibition at the prestigious Aedes Architecture Forum in Berlin. Their show entitled Lighting Powers of 10, inspired by Charles and Ray Eames, was the first time the ‘powers of 10’ were applied in a logic relating to lighting, architecture and interiors. The exhibit presented OVI’s approach to creating illumination for the built and natural environments through a close examination of four of their projects: The New York Times Building; New York City’s LED streetlight; the Scottish Parliament complex and grounds; and illumination of the United States Air Force Memorial.
On display were a mix of photos, working drawings and full-scale models that traced the development of each project through various scales of the design process. OVI organised the exhibit to explain the creative and technical aspects of a lighting design in a way that could be comprehended by both a design practitioner and an interested layperson. The design and content of the exhibition (and show catalogue) was done by OVI in their unique way, to communicate how a project passes through a range of scales – from regional considerations spanning hundreds of miles
(master plans and city blocks) to interior surfaces, detailing and nano-scale wavelength manipulations. “For the opening, over 200 people attended. Everyone seemed fascinated to see the scale and range that is involved with the lighting design process that emerges as a finished project,” says Peiniger.
Then in 2013, OVI released Lighting Design & Process, a monograph of their work published by Jovis Verlag. The 200-pluspage title offers an in-depth look at the firm’s design process and philosophy through more than 400 images, sketches, illustrations and graphics. “The book communicates our process of lighting design and tells the stories of how some of our most seminal projects came about,” says Sundin. “It was important to us that it was more than a glossy picture book. We wanted it to demonstrate the craft of lighting and show how it is a parallel
process to architecture. It reveals the behind-the-scenes details that have shaped our projects.”
Beyond developing design narratives, Sundin and Peiniger are also pragmatic believers in on-the-ground education and professional development. Both principals are active in professional lighting organisations, frequent lecturers and invited jurors for awards competitions. Both are among the first to achieve Certified Lighting Designer status and are members of the Illuminating
Engineering Society, International Association of Lighting Designers and the U.S. Green Building Council. Sundin also teaches lighting at the New York School of Interior Design and Peiniger is an associate member of the American Institute of Architects.
Both are also committed to advancing lighting, both in their individual practice and the profession at large, which they note is still in its infancy compared with architecture. “In reality, we are just
heading into the fourth generation of being recognised as lighting design professionals,” says Peiniger. “Designers with the talents of Richard Kelly, Edison Price and Claude Engle broke the ice to gain acceptance of the lighting designer as a valuable member of the design and construction team,” he points out. “Now, with intelligent lighting being integrated with other communications
devices, there’s no reason why the process of awareness, comfort and usage won’t be advanced, step by step. We are all working towards that. It’s a matter of time.”