Domicile One is 75 feet in diameter and can house four to five families. It is designed to sit on two typical urban house lots so the density increase is better than two times. With the combination of outside Permaculture [link] and inside Greenhouse, the vast majority of food needed by the Domicile inhabitants can be grown on site.

The Dome and the gravel bed below frost line and the “double shell construction of the superstructure provides an“environment valve” that keeps the interior temperature between 57 and 75 degrees prior to active treatment. “Interior” construction is therefore concerned with utility, arrangement, beauty, sight-lines, sound abatement and minor air cooling and heating - not with raw weather. This allows a flexible interior environment without the worry of water proofing and major temperature swings - an economy in construction, maintenance and energy costs. In addition, the way the dome shape meets the ground is made “restful” [link] by the earth berms and landscaping - both of which are energy-food providers, as well as providing security and privacy.

In this environment, recreation facilities, libraries, expensive office equipment, large living spaces, greenhouses, libraries, cooking, tooling, cars and so forth, are provided in the “commons.” Individuals and families will have their own space and facilities providing whatever mix of personal tooling and commons redundancy desired by each. Individual lifestyle choices can replicate virtually all or practically none of these “common” facilities - this is a personal economic decision.

Rules of engagement [link] will determine the use of commonwealth items, as well as, other interactions among those living and working within the environment.

Most of the common areas will be in the lower part of the Dome. In the illustration above, the cross section is cut through the swimming pool and the greenhouse structure which is shown on the right (south) side of the structure - both of these will take up only a small portion of the lower area which will also have Living Room, recreational, dining and other similar facilities. On the various platforms inside the Dome, different “houses“ are constructed according to the requirements of their owners. Almost any combination of group or personal space - and tooling - can be provided. These dwelling units can be large or small, simple or elaborate as fits each occupant. They can be modified over time employing common materials and prefabricated components.

The 1967 concept sketches (reproduced in May 1973) [link] show another version of the interior and one example of how Domicile can sit on a typical urban site. These sketches also indicate and Entry building and Office where “reception” and the Domicile’s business can take place without unnecessary invasion of privacy. Access to the Dome proper from the Entry building is through a partially underground tube. This leaves the sight free for other uses and proves both added security and protection from the weather.

A great deal of the site is left free for recreation, food growing and privacy. Domiciles can be clustered (with connecting tubes) allowing even more land freed for a variety of uses. The land use aspect of this schema is efficient and ecologically sensitive. Domiciles can be adapted to serve a variety of co-housing programs. See: Ken Norwood (Rebuilding Community in America) of the Shared Living Resource Center in Berkeley, California (800 475 7572).

This design concept is driven by three values often missing in today’s approach to housing: community, economy [link] and stability of “family.” Families do not have to be biological based (only). They will, in the future, often be based on many other affinity principles.

Domiciles were conceived from the beginning to be both living and work environments. They were designed on the premise of the KnowledgeWorker and knowledge economy, or in today’s terms, Free Agent economy. This means the environment will not be “abandoned” half the day and will be managed and employed as a 7/24/365 enterprise. Preliminary calculations indicate a several times increase in the quality of living at about a 50% decrease in monthly overhead for a family. This radically alters the cost of living to an individual and family and significantly increases their life options.

The actual social systems employed to govern the environments can be highly varied from a “hotel” model to, condominium to commune with many variants in between.

It is is the realm of economic freedom that the Domicile concept shows it’s strongest face. Do this thought experiment. Fly over the city and “look” into the offices and houses. How much redundancy of effort, tools and resources do you see? How much of this wealth is latent, rarely used? It all took, recourses, time and energy to produce. It takes energy to keep. This translates into hours for each of the owners. Frozen hours of their life - not effectively employed. The amount of this largely unnecessary redundancy is staggering - the cost, a significant portion of a household’s revenue. This leads to a society of wage-slaves. In economic downturns, people realize the traps that they have put themselves into by uncritical acceptance of a consumer society and it’s present attendant design strategies. Yet, few realize that their situation is systemic - the in-the-moment economy is blamed rather than the design strategies of their architecture and their attendant living habits.

Why this over building and under utilization? The answer is simple. So that each resource will be available “on demand” to the user. USE is the principle that must be addressed - not unnecessary control or ownership. More than adequate use can be provided by proper analysis and rules-of-engagement supported by “smart” scheduling systems. The most constrained resource for the majority of humans is time. Time for learning, play, recreation and funding new ventures - be they personal, business or nonprofit. There are three aspects to procuring a basic lifestyle: income and costs are two of them. Social costs and opportunity loss is the other. Domicile addresses the cost side of this equation. It challenges prevailing ideas concerning what it costs to live in a stable community and accomplish a healthy, beautiful well-tooled way of living and working.

Many, buy lower quality products than they require and desire because they cannot afford quality - every unnecessary purchase makes this condition worse. The low quality purchase generates a downward positive feedback loop: low quality is, in the end, bad economics [link].

Because of schedule constraints, many spend money for goods and services that used to be self-provided. This can translate in to more day-to-day freedom but too often it means a reduction of options and an increase in job dependency. The costs associated with most “packaged” goods is mostly the packaging itself and the advertising necessary to sell it. Many of these home products can be safely and easily be provided in a simple home lab for a fraction of the cost and a few hours of month. On the scale of a Domicile this makes great sense. These can be “jobs” for those working at home or taking a work sabbatical. The entire consumer/work cycle can be positively effected.

Families, farms and communities used to provide many of the basic staples of life - now, almost everything is a commodity supplied by ever larger and complex corporations delivering through an ever more complex and economically and ecologically expensive and often fragile supply chain. For some products, such as computers and cars, this makes sense. For fresh vegetables it does not. Nor does it for toothpaste that have but a few cents of materials purchased at bulk. Even technology and service costs can be reduced because the Domicile community can buy as a unit increasing it’s purchasing power.

Domicile is an urban homestead for families - it can radically expand their economic options and freedom. It can facilitate a far greater set of choices than the existing default housing models. In the 60s and 70s, when I first conceived and designed Domicile, alternative energy and water options were in their early R&D and experimental stages. Today, December of 2008, Even an urban Domicile and affordable supply a great deal - if not all - of it energy and water needs. In doing so, the inhabitants can reduce their ecological footprint, improve their economy and better protect their heath than is possible in many urban settings today.

It also goes beyond these fundamental economic and health considerations. As a building strategy, the Domicile offers significant architectural opportunities that few single family building schemes can muster. Domiciles are potentially high variety environments. Their architectural quality can be at the highest level while being economically and ecologically affordable to a vast number of people who can not afford quality habitation today.

The Affordable Housing Project [link] for the City of Boulder, designed in 1980, further developed many of the Domicile concepts. The dome configuration was not used because the site was close to the Flatirons and the view of these mountains could not be blocked. Instead, a low profile earth-sheltered “greenhouse” was proposed. In this case, the entire interior dwelling components: walls, floors, roofs and mechanical systems were made adjustable and moveable by those living in the environment. A significant extension of the idea of adaptability.

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