We were thrilled with the interest and feedback that we received from architects who visited our booth.

We also showcased our new LightWise® Architectural Systems which feature easy to install glass block panelized systems that provide enhanced performance characteristics –
blast resistant and hurricane resistant systems are now available.

We’ve been working on new products to add to our classic glass block product line that provide new design options and improved performance. And we will be adding new content to our architectural micro site www.possibilitiesbegin.com on a regular basis about these new product offerings as well as others. We created this website for you, the architect and design professional. See what we have to offer and share your insights on the issues that you are passionate about in your profession.

We’re ready to work with architects and designers to help them turn their “design possibilities” into realities. More innovations are coming this year. Visit www.possibilitiesbegin.com to see what we have to offer and also to tell us what you’d like to see. We would love to hear from you!

Along with Sustainability, one of the hottest trends in design and manufacturing pertains to Customization. People for years have tricked out Harley Davidson’s and VW Beetles into all manner of curiosities, from the wondrous to the macabre. What is motivating this is a desire to express one’s individuality, while still maintaining membership to a given identity group.

The digital milieu is an ideal place for romps into the land of customization, for one simple reason—it’s easy to pre-visualize options without having to physically construct them. Simple change a pattern, color, texture, or geometry in a digital model and, as Emeril might say—BAM! You can see a vivid 3D digital model that is as realistic as a photograph. And what is even better is that once a person likes the look of what they’ve created, the web offers a total of all the options and they can one-click order their desired creation from BMW Mini Cooper, Scion, Nike, Puma and countless others.

Not news, I know. But for industries that haven’t adopted this model of product delivery it’s worth speculating why it’s such a success and what are the necessary ingredients to enable this process. First, when it comes to products people wish for solutions, not services. Second, the only way to enable such a process is to develop standards that allow interchangeability. The computer industry was one of the first to do this in a publicly configurable and purchasable way—think online computer purchase options from Dell or Apple.

Thus any corporation that offers products that aggregate or assemble into a greater whole can easily let consumers previsualize their solution, explore options, check the price, order, and deliver the assembled goods. A great example of this is Lego’s Digital Designer where rather than buying a predefined house, car, jet, or space ship, one can make their own crazy concoction then order all the pieces in one convenient kit (well, at least it’s possible, even if Lego doesn’t yet do this). If Lego can do this, surely a number of industries that support the building trade can do the same by assembling components into a greater whole—like say, the prefabrication industry could do if there were universal standards. And since that’s what I’m exploring currently, I’ll have to get back to you on this!

Faced with global warming, there is no doubt that the architecture and construction industry needs to find effective responses that deal with climate change.  The challenge lies in separating en vogue measures from far-reaching, long-lasting solutions that transform industry standards.

Fads come and go.  Practices that were once acknowledged as industry standards become taboo. Design professionals make the best decisions possible given the information available at the time. Such was the case with aluminum wiring which replaced copper wiring in the ’60s and ’70s: it was lighter, more flexible and less expensive. At the larger scale, it was successful. So it was manufactured in sizes small enough for home use. It was implicated in many house fires during that era, and copper regained its industry-standard status. With the current rise in copper prices, aluminum is again being looked at as an option.

This makes me think of the history of dieting. The word ‘diet’ is derived from the Latin diaeta or Greek diaita, meaning ‘way of living.’ To focus on improving that way of living, whether it’s about our shelter or sustenance, is human nature. The recommendations on sustenance have been contradictory at best: carbs are good, carbs are bad; red meat is bad, red meat is good. And then there are the multitudes of diets that describe the perfect mix of the types of food we should eat. Of course, just when you thought you were eating all the right things, you come to discover you were eating exactly the wrong things.

Sustainability decisions are just as fickle. Paper or plastic? Paper takes more energy to make but plastic is derived from fossil fuels. You lose either way. As design professionals, we face similar conundrums on a daily basis. Just change all of your lights to LEDs! They are energy-efficient, and they last forever (but please overlook the toxic chemicals that go into making that tiny bright light).

Now, when it comes to sustainability, I’m taking the Zone Diet approach. The Zone Diet is about balancing the main components of a diet: 1 gram of fat for every 2 grams of protein and 3 grams of carbohydrates. Applying this theory to sustainable building would break down to something like this: 15% innovative, 35% recycled and 50% time-tested natural materials. Innovation is essential. No net-zero building will evolve from what we’ve been doing in the recent past. But innovation is scary, especially for our clients, and inconvenient when its rollout is rocky. Recycling, on the other hand, is easy to do. It includes adaptive reuse, brownfields and materials. Because not all recycled materials are created equal and some stories don’t always check out, it takes a little bit more effort from the design professional to sift through the information.

Plastics, for example, usually end in a hung jury. That is why the largest portion in this approach is proven natural materials. Among my favorites are stone, glass and wood. Stone has the longest life-cycle of any building material: think Stonehenge or the Parthenon. Glass starts with sand, one of the most non-toxic and abundant materials. As if that wasn’t enough to make you feel good about using it, it has a long life-cycle, it provides human comfort via daylighting and views, and it’s 100% recyclable. Responsibly harvested wood has the benefit of being renewable. Not only does wood have a long life-cycle, its biodegradability means it will also serve as nutrition for other plants. The bonus is that architects continue to make new and exciting spaces with these three simple materials. You may find this ‘Zone Diet’ theory somewhat reserved right now, but in a few years when all of the specified light fixtures become taboo, at least I’ll still have the exterior cladding of my building.

It’s an exciting time for designers. We are trying new and untested materials and methodologies in the spirit of sustainability. We are reusing absolutely anything we can get our hands on. Some years down the road, a finger will wag at us for using X material or Y air delivery method or Z ‘off the grid’ power generator. However, the decision to make the exo-skeleton of stone, glass and wood seems to be a constant that is here to stay as evidenced by centuries of successful buildings still around today. My building Zone Diet is an attempt at striking that balance between new energy-saving ideas, recycled and renewable materials, and materials that will last forever but easily re-assimilate into Mother Earth. In a few years, we can decide if this is a passing fad or a formula worth keeping.