Work / Life / Work Balance

May 17th, 2012

Words by Andrew Maynard. Parlour: Women, Equity, Architecture – May 2nd, 2012

Many women leave the profession due to the difficult combination of poor work cultures, long hours and low pay. But these conditions affect everyone – women and men – as well as the viability of the profession as a whole. Andrew Maynard sets out the issues and challenges the profession to end exploitative and exclusionary working practices.

It is time for architectural work practices to grow up. We must stop deluding ourselves that architectural employees are anything other than a contemporary exploited labour force.

Epicurus argued that humans needed only three things in life to be happy – friends, freedom and an analysed life. All evidence indicates that Epicurus had a rather good time while he was around. Now he is dead. I wonder if Epicurus became a senior associate at Philosopher & Associates Pty Ltd before he died? Surely this was a priority. Does contemporary architectural employment deny us our happiness; our friends, freedom and the opportunity for an analysed life? Many would argue that being employed in architecture and the pursuit of happiness are irreconcilable. It can reasonably be argued that most architects, and almost all recent graduates, are working in conditions that are unhealthy, unsustainable and exploitative.

At 27, like a surprising number of architecture graduates, I cut and ran from commercial architecture. A number of my peers disappeared into graphic design, 3D rendering, fashion and retail. I did my time and mused that, “Life’s too short. I’ll start my own practice. I won’t work for another architect again.” What I didn’t know at 27 years old was how unlikely it would be that my practice would survive. (It was more luck than anything else, by far, that it did).

We all imagine working for ourselves. We become the authors of our own work, we get the credit for our work and, most importantly, we gain full control of our working conditions. After ten years I now have what could be described as a good work/life balance. My office is an old shop front on Brunswick Street in Fitzroy. I live upstairs with my eight-year-old son and my partner. At 5.30pm all staff leave the office, including myself. On some nights I will return to the office after my son has gone to sleep to play video games (mostly COD, SWTOR and BF3). On very rare occasions (perhaps six times a year) I work at night, however, this is done under very specific conditions: Firstly, I am inspired and, secondly, I want to work.

Most importantly, through planning, management and the ability to turn away bad projects, I never allow myself to be in a position where I need to work after hours. I have manufactured this situation with great difficulty over the years and outside of the norms of architectural practice. To generate this work/life balance I have opted out of the overly competitive and patriarchal environment that contemporary architectural working culture demands. My practice fills a tiny niche and I recognise that it is not financially viable for the profession as a whole to do as I do.

After all, the entire profession cannot relegate itself to working almost exclusively on renos and extensions as I do. Commercial architectural firms are the biggest employers of architects and their slice of the pie continues to increase as we see mid-size practices morph and compress. The vast majority of architects will continue to be employees rather than employers.

There is a strange unspoken, yet ubiquitous, competitiveness within architecture offices. Who will leave first? Who has put in the most hours? Who looks busiest? Who gets along best with the boss? Whose timesheet is full of ‘office’ and ‘admin’ hours?

When I worked for one of Australia’s largest commercial architectural firms I deliberately ignored this internal scrutiny. I did not want to compete with my fellow employees and I did not want to be exploited by my employer. I dedicated myself to producing the best work I could within the constraints of my employment agreement.

I would arrive no earlier than 8.30am. I would have a morning tea break daily. I would never work through lunch. I would try to leave at 5.30pm, ensuring that I was gone before 6pm. I would never work on weekends or public holidays.

This attitude, as expected, put me on a crash course with management. When it was clear that I was going to be uncompromising my employer became passive aggressive and easily rallied a handful of fellow employees against me. I was accused of not being a team player. I was accused of not being committed to my projects. The quiet hostility got to the point where I found it necessary to have my employment agreement front-and-centre on my desk, conveniently flipped to the page stating that my work day ceased at 5.30pm and my right to paid overtime should I work beyond this.

Eventually I surrendered to the realisation that I was very much alone in exercising my rights. At no point during informal reviews of my work and attitude was the quality or quantity of the work I produced in question. I performed my contracted task well and received compliments from fellow employees about the care and rigour of my work. There was no evidence that I did any less work than other employees. However, it became obvious that one idealistic graduate commie upstart like myself was not going to change the exploitative office culture of one of Australia’s biggest firms. So I left.

But why was my insistence to work within the time limits, protected by my employment agreement, so confronting and provocative to my employer and so threatening to a handful of fellow employees?

‘Working overtime for extended periods indicates a fundamental failure in planning or communication.’

A number of unique conditions, and abundant false logic, leaves young architects exposed to exploitation. Perhaps it’s our left-of-centre university indoctrination to be egalitarian, generous and servants of society and the city? Could it be that ‘all-nighters’ are considered the norm and time management is seen as the enemy of creativity at university? It could be the illusion that one must suffer for their art. Is it simply the need to conform to an office culture?

Regardless, there is the belief that architecture is a profession that demands all or nothing. We are even led to believe that we are working in an industry whose margins are so tight that its very survival is reliant on donated time of architectural employees.

These factors contribute to the ongoing exclusion of many parts of our diverse community; there are many individuals within our community who cannot donate their time due to family or other external commitments. Inclusion of these individuals outside of the architectural norm would no doubt enrich the architectural profession.

Arguably the most pervasive element enabling exploitative office culture is the postmodern trickery of the contemporary working environment. Slavoj Žižek argues that modern employment tactics create the illusion that our employer is our friend. This fabrication empowers the employer while denying the employed the right to vocalise and protest dissatisfaction of their working conditions. “You’re not going to stick around and help out? I thought we were a team? I thought we were friends?”

Žižek suggests that the environment of the workplace has been twisted, using architectural devices, to manipulate employees. Kitchens, ‘break-out spaces’, lounges, free food, free coffee – he postulates that this is a postmodern sleight of hand designed to manipulate and disarm staff. By fabricating the illusion of employer as friend, the employed is denied the opportunity to protest, argue, fight, be adversarial and demand more of their working conditions. These informal spaces are political spaces of control, surveillance and manipulation.

Architectural employees operate within a specific set of broken logic principles that leave them open to exploitation. We tell ourselves ;

If I work longer hours I will get promoted and paid better. Architects are often the lowest paid person on the building site and the only ones willing to donate their leisure time for free.

I will one day start my own practice. The proliferation of small practices and their significant cull rate illustrates a pathology unsupported by economic logic.

I’ll rise through the ranks of management. Architects are a labour force, not a set of managers. The most insidious trick in the corporate world was to begin calling everyone a manager, executive or senior something or other. This created the illusion that everyone was on a relatively even plane with their employer.

We must suffer for our art. We are suffering for our employers’ profit. After all, how much of your time is spent being the ‘artist’? I spend around 7% of my time being the ‘artist’. I refuse to suffer and sacrifice for all the other stuff.

Long hours make the project better. Long hours may produce a greater quantity of information, but corporate research suggests that working long hours drastically reduces quality and soon becomes a liability.

My employer is suffering equally for the good of the project. Each unpaid hour of overtime you work is profit to your employer. Though an employer may articulate otherwise, profit plays a fundamental role in encouraging an environment of extended working hours. If one of my team did an extra hour I could only think “thanks for that extra $210 you just gave me”.

Architectural practices cannot afford to pay overtime. Like so many other professions, the architectural profession would adapt. It would remodel its spreadsheets. So is the nature of capitalism.

Other professions, such as law, demand extended hours – why not architecture? Law is one of a handful of professions that has a cultural predilection for extended hours. The fundamental difference between law and architecture is that lawyers are typically paid very well.

Creativity doesn’t necessarily happen between 9am to 5pm. How creative are you between 5.30pm and 8.30pm? Let me answer that for you; you are not creative at all, you are in fact tired, hungry and keen for a beer. You may get a burst of creative energy at 2am, but those moments are rare and fleeting and they don’t need you to be sitting in your employer’s office for them to emerge.

Once you allow yourself and the staff around you to work past your contracted period of employment you are enabling a culture of exploitation. A commercial office is an instrument to make money not art. There is a hint that gives this fact away – it’s the word ‘commercial’. Yet it is within the practice of commercial architecture that we see the greatest amount of unpaid work and we see the greatest donation of leisure time to an employer.

Deferred Happiness Syndrome and a shift to an Epicurian mode of thinking.

During my time at a commercial architecture office I anecdotally noticed specific behavioural shifts among new young employees.

  • As employees worked longer hours their friends became those that they were working with. Is this because they saw their other friends less? This overlay between colleague and friend helps reinforce an office culture of extended working hours.
  • Most employees trade their freedom either through a competitive desire to rise through the ranks or a conformity to office culture and the fear of being seen as an uncommitted team member.
  • An analysed life. Clive Hamilton writes of the endemic nature of deferred happiness now ingrained within Australian culture: “(a) widespread propensity of Australians to persist with life situations that are difficult, stressful and exhausting in the belief that the sacrifice will pay off in the longer term”. If one worked fewer hours then perhaps one could spend more time exploring an Epicurian ‘analysed life’.

Hamilton argues that the motivations for deferring happiness are various.

  • Growing aspirations for more expensive lifestyles, reflected in rapidly increasing house prices, are dominating some people’s lives. The desire to stay in this race leads many to work longer and harder, often at the cost of other aspects of their wellbeing.
  • Some workers feel a powerful need to accumulate as much as they can in preparation for their retirement. This is especially prevalent among men in their forties and fifties.
  • Some workers are stuck in demanding jobs because they are fearful of the consequences should they change. They become habituated to the stresses and pressures, perhaps until a health problem or some crisis at work or home forces them to consider alternatives.

Within architecture, we should be attempting to erode the competitive aspirational illusion of grinding our way through the ranks or aspiring to all working for ourselves.

Instead we collectively need to start concentrating on securing fair and reasonable working conditions that support a healthy, rewarding and creative lifestyle. One can and should argue that selling one’s daylight hours to an employer must be fully rewarded and no part should be offered for free.

Currently architectural employees appear to have two options of attaining a good work/life balance: (1) work for oneself and take the very real risk that one may go broke at anytime (2) leave the profession.

These issues obviously threaten the long-term relevance of the profession. Unsustainable work practices and poor working conditions are a significant part of the overall viability of the profession into the future.

Quite simply, if you are paid to work until 5.30pm then stop work at 5.30pm. You may be able to work for much longer, you may be keen to work longer, you may dream of becoming an associate or one day a director, but along the way you are contributing to an exploitative and exclusive work environment.

Footnotes:

  1. Valve Software employee manual.

 

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Q & A 101 – What building work/s do I need a building permit for?

May 17th, 2012

This week we are continuing on with our Q&A regarding some fundamental questions associated with the design and construction process. This post will be addressing the question: What construction works need a building permit? Feel free to also write to us if you need to discuss anything further.

COMMON TYPES OF BUILDING WORKS

 Additions

  • Additions to dwellings or other. Yes

Alterations

  • Structural. Yes
  • Removal of alteration to a load bearing part of the building. Yes
  • Demolition. Yes

Carports

  • Must be open on sides and without doors or gates on these sides. Yes
  • At least 1/3 of the perimeter must be open. Yes
  • Must have adequate roof water discharge. Yes
  • Must not be higher than 4.5m above natural ground level with an average height of no more than 3.5m. Yes
  • Maximum length along the boundary must not be more than 9 meters. Yes
  • It must not be closer than 1.5m to neighbours windows. Yes

Garages

  • Defined as an enclosed carport with a door. Yes

Decks

  • Less than 10m2. No
  • Not above natural ground. No
  • No higher than 2.4m. No
  • No more than 5m on boundary. No
  • More than 10m2 and higher than 1m from natural ground. Yes

Roofed Decks. Yes

Fences

  • No mYore than 2m in height above natural ground level. No
  • Construction of a side boundary fence more than 2m high. Yes

Retaining Walls

  • Less than 1m in height from natural ground level and no closer than 1.5m to an existing building or structure and clear of sewer manholes and easements. No
  • More than 1m in height from natural ground. Yes

Shed

  • Is no more than 10m2. No
  • Height is no more than 2.4m. No
  • A mean height no more than 2.1m above natural ground level. No
  • Any side of the building structure is no longer than 5.0m. No
  • Roof water must not be a nuisance to neighbours. No
  • More than 10m2. Yes

Water Tanks

  • For any new dwelling – Minimum of 5000L. Yes

Existing Dwellings

  • If it is located further than 450mm from any property boundary. No
  • If it is less than 2.4m high, including stand. No
  • The side of the tank is less than 5m in length. No
  • If it is submerged of semi-submerged, the tank does not extend further than one metre in-ground. No
  • It is attached to a building, the tank is no closer than 900mm to any other building on the property. No

The above information is adapted from the Brisbane City Council Website and is intended as a guide only.  Specific information should be obtained from Council’s building division. www.brisbane.qld.gov.au

 

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Ogilvie House

May 16th, 2012

         

E X E M P L A R A N A L Y S I S / O G I L V I E H O U S E / K E R R Y H I L L A R C H I T E C T S

Kerry Hill is an Australian born architect who now practices in South-East Asia, establishing his own office in Singapore, 1979. He is regarded as one of the most capable and respectably coherent architects alive today; recipient of distinguished critical acclaim his awards span decades rather than years. They include the Kenneth F. Brown Asia-Pacific Culture and Architecture Design Award in 1995, the 2001 Aga Khan Award for Architecture, the Robin Boyd Award 2003 and in 2006 the prestigious Royal Australian Institute of Architects Gold Medal.

The success of Hill’s work stems from what I believe to be a deep understanding of natural, yet defined archetypical grid patterns that subtlety define space and its relationship to landscape. His built work effortlessly mergers with its location often framing the significant views. This is practically true in his award-winning Ogilvie House.

The Ogilvie House, arguably his most well-known private commission is located at Sunshine Beach, Noosa, Queensland. It is without pier along the Sunshine Coast stretch. Those who have experienced it from within are often left with a clear perception of where the bar stands in terms of architectural quality and masterful design.

Last week, we had this opportunity as part of ‘Experience 2012’, Australia’s national conference. With a bus load of enthusiastic architecture buffs, and our hosts John Mainwaring, Stephen Guthrie and Lindy Atkin we visited the Ogilvie house, and it did not disappoint.

The house has been fashioned into a sequence of different experiances that build upon on each other, the  first being a gallery and the Ogilvie family’s extensive art collection. This space winds its way around a central double height courtyard that is also a reflection pond.

The first floor is arrived at via a beautifully crafted minimal stair leading to a view that almost defies explanation. The public floor space is divided up into a series of sub-sites. These sub-sites gently blur into each other leaving very little distinction between the boundaries of inside and out. The internal transparency has been completely extended throughout to a point where the house itself feels like a form of landscaped surfaces leading to a framed perspective of the horizon.

The rooms of the house all seem to gather around a central ‘notable room’ in which public activities are carried out. The centrality and grandeur of this public space suggest that the house has imbued qualities as a place for entertainment and large social gatherings of people, which must have been specified in the brief.

Hill is renowned for his attention to detail but in this case it seems he has purposefully kept the architecture simple and clean preferring not to detract from the views and the opportunity of connection between family and friends. In doing so he has allowed for the house to act as a container for the memorable moments that can be experienced within its walls.

In all my time as a designer and one interested in architecture I can truly say that I have never experienced such a wonderful, well-considered home. It is simply extraordinary what an amazing site, an open-minded client and a visionary architect can achieve. This house is a tribute to Queensland architecture.

 

 

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Design Tips – Thermal Mass

May 9th, 2012

          

Thermal mass is a critical component of passive solar design, and probably the most misunderstood. The role of thermal mass is to effectively stabilise interior temperatures at all tims of the year, and this at zero running cost, which makes it most attractive. But how does it work?

1.       What is thermal mass?

We know that, like the doona on our bed, insulation is light and fluffy and contains lots of air pockets to slow down heat loss. Thermal mass, however, is hard and heavy and the perfect complement to insulation. Imagine a boulder that has been sitting in the winter sun all day. Were you to bring it indoors at the end of the day, you would have a gentle heat source that would release its energy during the evening and through the night. If the house envelope is well insulated, the energy release would escape the building slowly, thereby keeping the house warmer for longer. If you left the boulder behind a sunny window during the day, it would in the same way absorb solar heat and release it at night. The same principle applies in summer. A boulder left in a cool room at night will gently release its cool energy if placed inside a house during a hot summer day, counteracting the house heat uptake. The boulder would need to be left in the shade and the windows kept closed to maximise the daytime benefit. At night, however, when the temperature drops, the windows need to be left open to cool the house down, including the thermal mass.

2.       Best materials

The materials that act as thermal mass in a home are concrete, bricks, sand and stone. Interestingly, water has a very high thermal mass, as it can absorb more energy than a masonry product. It is not effective in the fabric of a building, however, because it releases its energy too quickly, which does not work with the 24-hour cycle. A masonry floor or wall will release its energy over 6-10 hours providing it is 100mm thick or more – this means a tiled floor on a timber structure will not suffice. Suitable finishes to a concrete slab include polishing, tiling or stone flooring. Insulated materials such as timber flooring, cork or carpet prevent the thermal mass from fully exchanging energy with the indoor environment and are best avoided. Area rugs are acceptable.

3.       Best location

The ideal location for thermal mass is the floor as it is the surface that is most hit by the sun in winter. The heat rises uniformly from the floor which is another advantage. A second best option is to have thermal in the walls, either internal walls or external walls, using double brick with cavity insulation or reverse brick veneer, where the insulation is on the outside of the insulation barrier – read conventional brick veneer walls – is nowhere as effective thermally, because the indoor environment is thermally separated from the outdoor one with wall insulation. If we use the analogy of an Esky (a well-insulated house) and ice-blocks (thermal mass), it is like placing the ice inside the Esky and expecting it will stabilise the air temperature inside the Esky. The golden rule is that thermal mass needs to be insulated to work – i.e. kept inside the building envelope.

4.       Best climates for thermal mass

Thermal mass will absorb the free heat of the sun in winter and the cool of the night in summer, but it will also do a great job at absorbing paid energy if the winter day is overcast or the summer night is warm. Whatever the energy source, it will absorb it and release it slowly for the next 6-10 hours. A home with a functional amount of thermal mass will take a bit longer to heat and is therefore not recommended in large amounts for a weekender where instant heat might be required. Another factor to consider is that climates with greater daytime and night-time temperatures will make the most of the thermal mass as it will be best able to operate on free rather than paid energy. Its ability to regulate indoor temperatures with paid energy is just the same; however, it will just cost you a bit more to run the energy uptake/release cycle.

5.       The right amount of thermal mass

A home works best thermally when the right balance of thermal mass, passive solar gains, insulation and ventilation is achieved. Solid bricks and mud homes, for example, feature large amounts of thermal mass. If this is not balanced by a significant amount of passive solar gains in the form of unshadowed north-facing windows, the house will be too cold year round in cooler and temperate climates, except on very hot days. Timber homes in contrast do not offer enough thermal mass and will quickly follow outdoor temperatures, whether on the rise or fall. Insulation will help somewhat, but no more than it helps the air temperature inside an empty Esky. I find that in Victoria, a well-orientated home with good insulation in the roof and in timber framed walls, teamed with a concrete floor and functional shading – for the hot season only – will perform well on a reasonable budget and can be expected to gain an 8 star rating. Where climates are more extreme, additional thermal mass in walls will be useful as a second measure.

6.       Insulated concrete slabs

Cooler European climates mostly use suspended slabs with the surface facing the ground lined with insulation. Milder Australian climates would benefit from such construction as well although a slab on ground with edge insulation is also suitable for most climates, bar the tropical one, as the ground temperatures are more temperate. Insulating the underside of a slab on ground will be most beneficial where in-floor hydronic heating is installed.

7.       Typical objections to concrete and concrete floors

Many people worry that a non-resilient floor will be too cold and hard on their knees. My understanding is that there is no scientific evidence that low-impact activities such as walking on a hard floor has an impact on joints – it is an unheard of objection in Europe, for instance, where all homes and apartments have been built on concrete floors for more than a century. The floor can be somewhat cooler but it often takes living in a passive solar design home to become convinced that is is not uncomfortable in any way. Concrete itself, however, is not green material, as  the production of its cement content is responsible for large generation of greenhouse gases worldwide. I find that using concrete in a floor where it will minimise energy use is a satisfactory response, where as using concrete panels or blocks in walls or other places where alternatives such as lightweight structures or recycled bricks are suitable, it harder to justify. I have successfully used recycled bricks set on aerated concrete floor panels and found that the thermal mass thus provided was adequate. Alternatively, specifying fly ash to replace some of the cement or using the new cements of the geopolymeric variety is a good idea. The latter release only 40% of the greenhouse gases of ordinary cement and are gaining recognition.

8.       Retrofitting thermal mass

Thermal mass is often a structural building component and is best integrated at the planning stage. Timber floors can be replaced with inset slabs and reverse brick veneer can be installed in walls, but these are not cheap solutions and they will require some engineering. Another avenue would be to use new Phase Change Materials. They are lightweight products with exceptional thermal mass properties which can be installed in ceilings to absorb summer heat in particular, a very useful product in hot climates. The case is still unclear as to its use in temperate and cooler climates as they may provide an excessive amount of thermal mass in winter situations.

Info: concrete.net.au, pcpaustralia.com.au

Words: Marie Wallin

 

 

 

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Quote of the day

May 8th, 2012

One can look but not see. Observation is different. Observation is considered looking, or measured looking, which draws an appropriate conclusion. – Richard Leplastrier

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Q & A 101 – The Building Process

May 6th, 2012

In an attempt to answer some fundamental questions associated with the design and construction process, we are going to post a Q&A every week for a few months. We hope it helps you learn just a little more about how things work when building or doing a renovation to an existing home. Feel free to also write to us if you need to discuss anything further.

Question 1: I’m wanting to build on my property (house, extensions, carport, etc.) what is the process?

Answer:

Contact a licensed designer / Architect, who will draw your plans to the current rules & regulations within your council region. Discuss with the designer if a Development Application (DA) or engineering are required in your application (footings, slab, timber/steel sizes, tie downs, etc.)
Or, if unsure head to your local council & talk to a certifier or town planner about what you can do on your property.

Once plans are drawn, lodge them through a private certifier. He will assess the application under the current Queensland Building Act & Codes & issue a building permit. Note: No building work can proceed without the building permit.

Once you have your plans approved construction may proceed.

Application Process

For the application process, you will require:

- 4 x hardcopies of architectural plans
- 3 x REPQ Engineered designed footings & slab & Soil tests (if applicable)
- Completed Queensland government forms IDAS 1 & 2, plumbing Form 2 if applicable Forms
- Signed Building Approvals Engagement Agreement

Time Frame for Approvals

Once lodged and paid your application will take around 3-4 weeks to have them certified. (Be aware this may vary depending on the category of application i.e Self assessable, Code assessable or Impact assessable)

There is a fast track service available for additional fees with most private certifiers, which processes your application within 3-4 days.

Once you have Approved Plans.

You will receive 2 sets of approved plans back, please read carefully your decision notice (DN) as it has valuable information on it regarding expiry date, etc. Now you can start construction work. You need to book inspections with your certifier as per the DN either frame & final or just a final.

Once the final inspection has been complete you must obtain certificates that the certifier has checked on this inspection & address any issues that certifier may have listed under the comment section.

Need More Time?

If you find after the 18-month  approval period, you are running out of time to finish the building work, you can apply for an extension of time. This is an extra 12 month to complete your application. Fees apply.

The pivate certifier will require mandatory certificates applicable to your application (refer to your decision notice) if they have not already been forwarded.

Certificates required are:

- Site plan layout from a licensed surveyor (height, land)
- Engineering- footing, slab
- Termite control- Form 16, warranty, location map
- Frame inspection completed.

Complete form request to change or extend an existing approval.

Please note: Only one extension of time can be applied for. If the building work isn’t completed after the time frame, a form 22 will be issued and the application lapses.

 

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Small Lot Duplex

May 1st, 2012

As population growth continues to increase in Brisbane, where urban sprawl has claimed the farthest reach of any Australian city, it is becoming common to see small-time developers subdividing land close to the city fringe in an attempt to capitalise on density changes in council legislation.

Prior to 2009, land owners were not able to subdivide on any block less than 600m2 but with amendments to the Brisbane City Plan’s Subdivision Code, buildings can be realised as combinations on blocks as small as 400m2 so long as they are not located in a demolition control precinct (BCC City Plan 2000, Chapter 5 – Subdivision Code, Table 1 – lot layout).

As a designer, when presented with a project of these dimensions, the challenge is to make the building aesthetically pleasing, comfortable to live in while at the same time keep costs down. Our office has been working on a duplex configuration that fits this kind of circumstance. It takes full advantage of the material mentioned in previous blogs; namely Bondor’s Inulwall System, and purposefully adapts this system to conform to our ‘One Core Ingredient’ philosophy. http://bleuscape.com.au/blog/one-core-ingredient/

As specified in the sub-division code, the minimum allowable frontage is 10m across. Having a house, let alone a duplex with such a small frontage means the form must become long and thin. The major challenge then becomes how to let in natural light, especially along the inside fire-wall length.

In the design below, we have attempted to solve this problem by allowing for outdoor spaces that butt up against the separation wall at different intervals. This creates natural light-wells while at the same time offers sheer 2-story-high facades that can be decorated. In a visual manoeuvre, the courtyard at the entry has been allotted a space for vegetation directly under the light well so that our sheer wall can receive climbing vines. This introduces plant life where there would normally just be a blank wall.

               

In all our work, and this is no exception, we like to introduce the element of surprise. This is often achieved by planting green spaces that can only be encountered once inside the building envelope. It encourages individual and personal expression beyond soft furnishings that only the owners and those they invite in can experience.

The other source of light is mirrored at the opposite end of the house, it forms a two-story void space that at ground level doubles as a trafficable area to outside and an access point that permits natural ventilation to the study nook.

Another integrated feature in the building’s design is what I call ‘cutaways’. This is the creation of small openings in the building’s fabric. They do two things:

1. They create a natural play of light across material and,
2. They act as a sun dial of sorts giving a natural indication of the time and season. This of course is something not essential to living but contributes to the overall experience of the elements from within the built form.

The best examples of ‘cutaways’ I have seen are found in the work of Jorn Utzon’s famous Majorca Living Room, and also in Donovan Hill’s architecture. Both seamlessly execute perspective and controlled light viewed through structure.

 Utzon’s living room

   Donovan Hill’s C-House (Image – Jon Linkins)

Another stand-out feature in our design is the circulation of our ground floor plan which attempts to create a dialog between the living space, kitchen and courtyard effectively allowing for interaction between all three. Upstairs provides a very functional and liveable private zone with surprisingly large bedrooms for such a narrow frontage.

This is an exciting model of housing that incorporates the bonus features of Bondor’s materials i.e. Great thermal ratings, accelerated build time-frames and carbon neutral construction. As far as we are aware, our design is the first concept of this kind that uses Bondor’s insulated panel in a two-story construction.

We would like to invite anyone who is interested in sub-division to explore this concept with us. We know you’ll enjoy it.

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Design’s Journey

April 30th, 2012

Addressing a gathering of architects, Lady Macbeth advised, ‘Screw your courage to the sticking place, and we’ll not fail.’ Then she left the room and never identifying the sticking venue leaving that task to each architect.

Many architects have spent their lives looking for that place to screw their courage to, what is it? Where is it? Here’s what the architect learns:

It’s not the city; it’s not the site; it’s not the day, but it might be the night.  

It ain’t the program nor the cost, wandering there he was certainly lost.

It’s not the doctrine nor the tools, when journeying there he was looking for rules.

From axons to parametrics, ends can’t be the means; the secret most likely resides in our dreams.

It’s not what architecture is, he found. It’s what architecture sits on that makes it resound.

Sometimes it’s pleasure, sometimes its pain, sometimes it’s easy, sometimes a strain.

Method won’t solve it when instinct will do, nor is logic the answer when guessing pulls though.

And just when he’d locate Macbeth’s sticking place he realised he’d entered a perpetual race.

You find it, you lose it, you find it again and finally discover there’s no pattern for when.

Where you look you won’t find it, and where you find it don’t look, it’s not something discovered in the most learned book.

So surprise ain’t surprising it’s not below or above. He’s convinced architecture’s obligated to burn what it loves.

Then like magic he learned the secrets hidden in song, if you sing it you’ll grasp it and never go wrong.

His sticking place search ends and begins with a famous refrain, if you’re looking for architecture set fire to the rain.

Eric Owen Moss  

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Quote of the day

April 30th, 2012

An architect’s reach must exceed his grasp or what’s a building for? - Raimund Abraham

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Jed’s Masterpiece

April 30th, 2012

Recently, my four-year-old son Jed has been expressing interest in what I do for a living, so yesterday I decided to start teaching him the basics of Google Sketch-up (3D design software). He grasped the fundamentals very quickly and learned how to navigate with the mouse, produce forms and change their colours.

I let him muck around on it for a while by himself fully expecting that when I came out –  about half an hour later – he would be outside doing something else. To my amazement he was still intensely focused on the screen. When I asked him how it was going, he called me over and showed me this:

         

I was absolutely staggered. Ever since Jed could play with blocks I have been amazed at his ability to create interesting forms with relatively simple things. I think it is incredible what the unadulterated minds of children can produce.

   

Picasso once said, ‘Every child is born an artist. The trouble is remaining an artist when you grow up’.

I look forward to seeing what else he comes up with considering this was his first ‘mansion’, as he calls it. Love your work Jed, your amazing!!!

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