Architectural lighting presupposes that there’s architecture. Architectural lighting works to serve and enhance the architecture, not merely as an accessory, to create a cohesive spatial experience.
So, architectural lighting is an intersection of art (architecture) and technology (lighting). The architecture being illuminated or lighted may be commercial or residential. Other fields of endeavor, such as design, also come into play. Of course, so do physics, engineering and the psychological and physiological effects of light.
Strictly speaking, architectural lighting is illumination for building design and function.
The term encompasses three main factors. The first is the building’s aesthetic, which is important for residential and commercial applications. The second consideration is ergonomic or functional — any aspect which improves one’s ability to live, work, function, relax or play — to make the space easier to use. The third aspect involves the efficiency of energy, ensuring that light is properly, which is to say economically or optimally, used and distributed.
This is where architectural lighting design is relevant.
Architectural lighting design imagines, creates, integrates, infuses and organizes lighting into a coordinated system, including factoring for the fact and advantage of natural light, electrical light, or both, to serve and advance human action.
Accordingly, design relates to the specific purpose, or multiple purposes, of a given particular space. In the kitchen, for example, you’re probably going to want to focus on illuminating the preparation and cooking of food. In a home theater or media room, it might be best to design lighting for proper seating and viewing — such as accentuating good sight lines — for comfortably finding your way in surrounding darkness and watching the movie.
Generally, lighting design should account for the specific type of action being illuminated; the amount of light provided, the color of the light, which may affect the optics for particular objects, such as works of art, and the overall, whole environment. Another design factor in a given space — whether it’s exterior or interior — is distribution of light. Though it varies by application, lighting design should also sufficiently address the impact the illumination has on the inhabitants of the space. Here’s a guide that can help you determine the amount of lumens you will need to properly light any application.
Language of Light asked architect Molly Munson of Adam Wheeler Design for her thoughts on architectural lighting; she said that space is of paramount concern. “Architects [try] to transform the experience of a space,” she explained. “Good architecture [tries] to create a spatial experience.”
Architectural lighting works to foster the spatial experience. Lighting can influence mood, texture, spatial awareness and “exaggerate certain architectural features, provide intimacy, et cetera,” according to Munson.
“We often look for fixtures that can do the job of illuminating the space without becoming the headliner, [so that lighting doesn’t] overwhelm what else is going on in the room,” she said. “It [architectural lighting] has to perform in collaboration with the architecture. They can never be at odds aesthetically — they have to complement each other.”
This is what differentiates architectural from general lighting.
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Nikola Tesla was an inventor, physicist and engineer. One of his greatest inventions was alternating current (AC), the means of electricity that powers civilization and is crucial for lighting. Tesla, who credited reading author Mark Twain’s writing for his recovery from serious illness, became very good friends with Mark Twain.
If the work of lighting design was just left to services engineers to meet regulation-determined illuminance criteria per application, then interior and exterior architectural spaces would become soulless environments. Using qualitative measurements, architects and lighting designers can make sure the architectural intention and aesthetic character of a space is not compromised.
The science of measuring light, photometry, specifically applies to light in a space. Photometrics gauges how humans perceive light — its coverage area, where light cuts off and the intensity of light in relation to distance from the light source. In practical terms, photometrics shows whether a lighting plan meets the qualitative and quantitative lighting requirements for a project.
Products can demand attention with the help of proper lighting. This means an open floor plan with tactical attention to lighting fixture placement, brightness, color temperature, and CRI. The ability of LED Lighting to meet these technical requirements is what makes it the #1 choice of lighting designers and architects.
At Alcon Lighting’s LA headquarters, co-founder David Hakimi adopted a 12 year-old dog named Nano and decided to bring him into the office every day. Let’s just say it garnered some attention. It quickly became clear that Nano, who’s now 14 years old, relishes a long nap. Nano likes to hop and curl up in an easy chair, resting his head on the arm, drifting into slumber. In fact, David says this is Nano’s favorite activity.