Category: Uncategorized

13
Oct
2016

In pursuit of happiness – the question of size and architecture

In November of 2014 I wrote about the Not so Big Apartment and of Gary Chang’s clever Swiss army knife style apartment that transforms into 24 different spaces.   I admired the inventiveness of Cheng’s project and the notion of living well in a small setting.

The topic of size comes up a lot at architectural conferences. The issue is an important one for obvious reasons – bigger homes require more energy to heat and cool and more energy goes into the construction materials. Clients however aren’t always so interested in the notion of doing with less. That’s not surprising in the US, home to the super-sized Big Mac and it’s cousin the McMansion.

At HEDS we think big, from the perspective of living well, is beside the point –size has very little to do with the qualities that foster a sense of well-being and happiness. Size is what builders promote in the absence of good design. This is size over substance thinking – size is a false prize.

We share our clients’ goal that our designs should contribute to their happiness and well-being. In pursuit of their happiness, we promote more substantive qualities such as homes that bring richness through CLEVER ideas. Other qualities we pursue in our designs: FUN, COMMUNITY at all levels (between siblings, within the family, with neighbors and the larger community), a connection with NATURE, and last but not least, COOL.

In pursuit of COOL: The Exbury Egg by Pad Studio, Spud Group and Stephen Turner.

In pursuit of COOL: The Exbury Egg by Pad Studio, Spud Group and Stephen Turner.

Children's room

In pursuit of FUN and COMMUNITY. This kids room has a shared loft. An art wall exhibits the children’s masks. A window between the children’s rooms fosters community between siblings. When small these children held hands between the window and have grown up to be close friends. Woolen Mills House by HEDS.

Dogtrot House

In Pursuit of Nature: A captured outdoor space brings nature into the daily living for this home’s occupants. The space is used for sitting and dining during the spring, summer and fall. Dogtrot House by HEDS. Photo by Prakash Patel.

11
May
2016

Virginia’s Lewis & Clark Exploratory Center in film

Teen filmmaker James Hill documentary showcases the Lewis & Clark Exploratory Center’s green features.  It’s great to see the next generation taking on these serious questions.

01
Feb
2016

Creating layers of value – What’s good for environment is good for business.

We consider a project unsatisfactory if it’s just beautiful.  We consider a project unsatisfactory if it’s only green — or only functional.  We consider a project falls short if it’s not a good fit for it’s natural setting or urban context.  We seek to create layers of value.  Case in point:  We were asked by Norfolk region based Haynes Furniture to do a facelift on their exterior facade.  Our solution – create a facade that is beautiful but also shades the entrance glazing from unwanted heat gain.  Beautiful and functional.  We wanted to transform the parking lot to one that was full of trees and native plants that filter stormwater before it reaches the endangered Chesapeake Bay.  Beautiful, native to place and green.

We believe by adding layers of value our clients get more for their investment.  Good for the environment, good for business.green architect Norfolk

 

28
Dec
2015

Low-energy solutions

We humans, occupants of the habitat we call The World, find ourselves in a predicament – confronted by a changing environment, we must adapt and do so quickly, achieving carbon neutrality by 2030 (See Ed Mazria’s 2030 Challenge). Advocates of biomimicry point to nature, with 3.8 billion years of R&D, as a source for cost-effective, low-energy strategies.  I recently read about the “Ripe Chair,” a project by Andreas Konradsen, part of the DON’T RUN OUT exhibit held in Paris this week, where a steel frame chair was submerged in salt water to naturally weld the joints.  ripe_chair

This process recalls one the Romans used in the production of concrete – they compacted volcanic ash and lime in forms submerged in sea water.  The mix, when in contact with sea water, underwent a chemical reaction to form concrete more durable than today’s.

Those of us architects focussed on sustainability think a lot about creating zero-energy use buildings.  The energy that goes into the production of materials used in buildings is equally important with the embodied energy associated with materials attributed to many years of a building’s life cycle costs.

Among the many materials buildings employ, concrete is the biggest contributor to greenhouse gases (an estimated at 7%).  The Roman’s knew how to produce low-energy concrete, how is it we continue to produce high-energy Portland Cement when there are solutions?  Research into alternatives, such as Belite Cement, is underway and Drexel University has produced a low-energy concrete.  There are other researchers exploring low-energy solutions.  Once these alternatives are on the market, I’m hoping the building industry can move quickly embrace the DON’T RUN OUT philosophy to integrate these technologies into new construction.

 

 

13
Aug
2015

Allison Ewing shares her green design expertise at Hanley Wood’s Vision 2020 Symposium

Allison Ewing shares her expertise on green design at the Hanley Wood Vision 2020 Video Symposium. She discusses why the building is at a Darwinian crossroads and it’s time to evolve an Architecture of the Fittest. Architects must find solutions that are attractive to home developers who will build 75% of new housing in the coming decades. Nature, with 3.8 billion years of R&D has a lot to teach us about adaptive — and cost effective — strategies in a changing environment. Ms. Ewing discusses how bigger is not better, rather connecting people with the landscape is fulfilling, and how creative designers are finding clever solutions to living richly in a small setting. She tackles creating the zero energy home, the use of low-embodied energy materials and new technologies such as 3D printed buildings which will transform how we build. Some researchers are even exploring buildings which are self-assembling, patterning processes on nature.
https://twitter.com/Ewing_Allison, https://www.facebook.com/HaysEwingDesignStudio, https://www.linkedin.com/pub/allison-ewing/b/929/710