An old barn in Southern Vermont renovated and restored to become a modern home.
The Main Team for the Greenfield house put together a short video about the house and the process of build an home with an integrated team which is pretty much necessary to do a high performance home. This video briefly explains a bit about what that means. The key players are Chad of Vermont Natural Homes, Mel of Helm Construction Solutions and myself, Bob Swinburne of Robert Swinburne Architect, LLC and Bluetime Collaborative, which represents the bringing together of key players in a collaborative team which is how I like best to work. Grady Smith of Grayson Digital did the filming and video production
Here are a few other videos that I have been featured in. The first features the Fern House and has been viewed over 28k times by now. The second is called "Living Small - Tiny House Documentary and has been viewed over 50k times
I have a lovely 30x40 barn that I built myself starting about a decade ago. This is one of those projects like architecture school that was a large undertaking of the sort that had I known....
We had just had a 1 1/2 acre field cleared as our property was all woods with the trees starting just a few feet from the house. The only way to see sky was too look up. straight up. It was very claustrophobic and we would walk over to the neighbor's field in the evening to see the sky and watch the sunset. The neighbor's father was a pilot many years ago and the field used to be used as an airstrip. So we needed a field of our own for garden, fruit trees and to play in.
Where we staked out our field was all forest leading up to a stone wall to the West, over which was a hay field. The trees that were cleared never left the property. We hired someone with a portable mill to slice them up into boards and leave them to dry. I still have a bunch of that wood and some recently made its way into the Greenfield house.
Much of the wood went to siding my barn. Some of the pine was made into very long 6x6 uprights which formed the pole grid for my barn. I used native green (not kiln dried) hemlock from a local mill for the rest of the framing, joists, rafters etc.
I did most of the site work, concrete (including a very scary one-piece retaining wall concrete pour complete with bulge) and initial framing of the upright 6x6 posts in 2006 and I managed to complete most of the frame and much of the siding the year after. I had some help with the first part of the roofing and the roof trim. Which was very very high off the ground. The end windows are old and very large sash that came out of the Cotton Mill in Brattleboro where I have an office. The side windows are old Andersons which came out of a building I helped deconstruct. The cupola and bike room utilize a greenhouse fabric that lets light in and has held up perfectly over the past nine years
What follows is a collection of newer pictures of the barn which turned out to be quite an amazing building. The acoustics of the loft are perfect and the lighting is divine. I am not finished yet - I still need a floor in most of the ground floor and I need to build barn doors.
In the summer of 2016 I built a new greenhouse and chicken coop between the barn and the house
The bike room in the barn - also a library - For bike geeks there is a 2013 Kona Jake the Snake, a 1981 Peugeot PXN10, a 2001 Klein Attitude race, a 1996 Marinoni with Dura Ace (17 lb build), a 1993 Cannondale M700, a 1987 Vitus 979 frameset, assorted wheels, panniers, kids bikes and old parts.
The Barn along with the Fern House made it into this book a few years ago We use the loft of the barn as a play space. It's also a good place to spread out some drawings to go over. We have a bed up there for guests and occasionally we will set up one or more tents for guests as well. I have some gym equipment in one corner and an old oak desk in another. The ground level has the bike room / library and a storage room which still needs a wall. I have much lumber stored in the main space plus my table saw and compound miter saw. two canoes, old tires.....
The folks over at 475 High Performance Building Supply wrote a very nice article about the Greenfield house last week. foursevenfive.com provides building materials and expertise to many high performance home builders and architects.This plan will be the next stock plan available in the VSH - Vermont Simple House series. I'm working on bringing it to a high level of detail now.
I have a lot of photos from the Greenfield project. I am spending a fair amount of time on site working out details with the builder. I strongly feel that this is the way it should be. Things never translate perfectly from paper to built form no matter how much detail and specificity I put into a set of construction documents and on this project, I am spending much time on site figuring things out and detailing to a higher level. I think Chad, the builder, appreciates this process and I'm finding that it hearkens back to my pre-architect design build days. I hope to do more projects with this level of involvement in the future. I really think that this is "the way to go" here are lots of photos. Note the local wood use: Cherry stair treads with "live" edge, local maple flooring downstairs and pine upstairs, Vermont slate, and a wall sheathed with weathered pine off my own land.
I'm trying out something new: a smaller scale simplified plan with all major reference information on the front cover so the contractor has one place to find all sections, details and locate windows and doors.
The floor plan gets broken into three 1/2" scale sheets later in the set. I learned that from looking at a set of very complete drawings from a big-time NY firm that a contractor friend was building from. 1/4" per foot drawings are more traditional but 1/2" scale (twice as big) is very relevant to modern high efficiency buildings where framing is much more relevant to windows and doors as well as being easier to understand air sealing details. There are also places where I need to show actual framing in plan.
I also try to get relevant section details on the same sheets as the overall sections where possible. I learned this from my days as a carpenter as well as through feedback from builders over the years.
My use of eastern hemlock as a siding material has been generating interest. Hemlock is a common wood in Vermont but doesn’t get used a lot except in barns and outbuildings and sometimes for timber frames. My summer job during high school involved working in a small sawmill. We sometimes cut hemlock and I found the wood beautiful, but heavy. One summer, we cut some hemlock for a bridge. Fast forward um… lots of years and I ordered a bunch of hemlock for framing and decking when I built my barn. I learned a bit about how to work with hemlock, how it ages and weathers and I started thinking about how I could use it in my own work. I try to source materials as locally as possible and design within local builder's abilities and interests - which is easy to do here where builders get together monthly to discuss building science related issues
In rural New England, buildings are often sided with pine siding in a vertical shiplap form – and often unfinished. It tends to develop a black mold that is relatively harmless but can be ugly. I found that hemlock is more resistant to this mold. It’s also harder and more rot resistant. It is nowhere near as rot resistant as cedar, a more common siding material however.
It occurred to me that I could use narrow hemlock boards from local mills to create a very elegant (I hoped) rainscreen siding detail. It would use local and relatively inexpensive materials, it wouldn’t need paint or stain, installation could be simpler and faster if I got the details right, and if I installed it horizontally, the lowest courses could easily be replaced if the siding degraded due to splashback and snow banks. The damaged siding would not present a disposal concern – just toss it in the bushes and it becomes habitat for red backed salamanders. I was lucky to have a client with a taste for modernism allow me to try my ideas out on his home. The results were rather spectacular and gave me a sense of the potential. Now I am doing my second project with hemlock siding. The builders for this project (Webster Construction of Marlboro, Vermont) are quite familiar with good building science and modern products and methods. They saw the potential and were happy to give it a try plus they were able to improve my detailing in several ways which I can then incorporate into drawings and specifications for the next time around.
The hemlock turns silvery gray within a year. The narrow boards create a woven, fabric-like aesthetic.
The hemlock is installed "green" with deck screws. This siding is all 1x3 so gaps will be quite small as the wood dries. Fiberglass bugscreen is installed directly behind the siding. strapping can be regular 1x3 strapping although coravent makes an excellent product for this purpose and should at least be used on any strapping set horizontally such as over and under windows.
This is the corner trim detail the builder came up with and I really like. One side runs long and is cut after installation. The other side is held back for a crisp reveal - very architecty! Of note: the deck is white oak (local) and the post is European Larch which is from a harvest of a Vermont tree farm. European larch is used in Europe as a durable siding material that needs no treatment.
detailing around windows is super simple. On the first house I used metal panels (installed by the roofer) to accentuate the windows and wrap corners. Here it is about as simple as it gets.
The current state of things. In rather wordy format. It was late.Sometimes it is good practice to write down a general summary of the state of my business to help myself put things into perspective. I have several projects under construction. The Greenfield MA house for my in-laws is being framed currently by Chad and company with Vermont Natural Homes and Mel of Baiser Construction Management. I have spent and have yet to spend an inordinate amount of time on this project. I am using lessons learned here to bring my services to a higher level than ever before but it is tough. Sometimes I wish I had stuck with the design-build route so I would have more control. This project didn’t have quite enough money in the budget to go the Passive house route although the insulation levels etc may actually end up performing at Passive house levels but without the added cost of certification. It’ll be close. I learned (deja-vu) that trusses (like SIPs) are not perfect. I’m second guessing myself about the TJI’s outside the structural shell to hold insulation. (would it have been cheaper to do double stud?) I may do some tiling there myself and I need to schedule a trip with Mom-in-Law to IKEA for the Kitchen cabinets. And the whole family is pre-priming the trim on the old logging landing at my house. The AH house is on a similar schedule for construction but with a higher level of finish work and a higher budget. This project got a bit crunched in terms of my work when it disappeared for a few months and then started back up after I had filled the gap. It has been a bit tough getting everything out to the builders and clients on a fast track schedule. Especially when I am only working part time. Which brings me to my own project. I live in a small house with a cat, three dogs, an 8 year old girl, a 3 year old boy and my lovely wife. We have one bathroom. Which was rapidly disintegrating into goopy piles of mold. I really needed to do something about it so this year, with a little ($) help from mom, I performed a gut remodel job. I had to rebuild the entire exterior wall down to the foundation and remove and rebuild the entire wall between the bedroom and the bathroom. I even ripped up half the subfloor. The only thing that stayed was the exhaust fan in the ceiling and the door. The plumber arrived yesterday and I took an extremely luxurious shower (and other things) last night. This project has taken a fair amount of time (I’ve been keeping track of this as I would a regular job) So I’m a bit under the gun with this personal job and the jobs I have under construction which isn’t that much work except that don’t forget, I’m only a part time architect. I have, for the most part, been successful at getting meals on the table, keeping the house clean, keeping up with the laundry etc. but I’ve had to pretty much give up cycling this summer as I have to try to make all my time every day productive. I’m also a bit behind on the winter’s wood supply and some other home maintenance jobs. This week I started back working on a long term project that will start construction next summer – the house for slow living. It is more expensive than the client’s original number and I have been pointing that out to the point of getting told to “shut it” because they like it so much. Which is fine but I have been a bit paranoid about digging into the CAD work in case it is all for naught. The biggest $$ savings would have come from putting the house on a floating slab ala Bygghouse and Chris Corson. (check out his system here). This is fairly standard in Sweden and Scandinavia as well as other cold parts of the world and the detailing is certainly well vetted and has stood the test of time but is a bit too “different” for the more conservative local contractors. So “no go” on that sales job. They want a full basement. Interestingly, some friends are doing a floating slab for a project in the neighboring town. More hip contractors I guess. I need to write a blog post comparing different types of foundations. I’m starting this project in full-on BIM mode. There will definitely be some unbillable hours there as I learn things. BIM or Building Information Modeling is using the full potential of my very expensive software to create a project in full 3-D as opposed to “drafting” The benefits are more accurate and more efficient construction documents as well as being able to perform more accurate lighting, shading, and energy modeling studies. This is standard practice for larger firms and the more geeky and technically oriented small firm practitioners (of which, I am not one of) But I’m always pushing myself on these things. I also didn’t get a rather large job that I was a bit nervous about as it would have taken a huge amount of time and the budget was fairly unrealistic as was the time frame. I didn’t get the job because my portfolio of commercial work is quite thin. I have been doing almost exclusively residential for the past decade. In retrospect, I should have sought out a partnership to do this job. There are several really excellent firms that have expressed interest in working with me and I would love to do that sometime but I’m sort of glad I didn’t get the job. It would have been too stressy and I probably would have lost money. Last week I met with a couple who want to renovate an old farmhouse/cape that hasn’t even been lived in for decades (no asbestos, no 70’s kitchen to tear out, no insulation) That sounds potentially very cool – I LOVE working on old New England houses. There are also a few smaller projects that may materialize plus I need to spend some time on my stock plan portfolio and finish building this website. I’ve been thinking about the future of my business as well. It seems that it will remain part time for the foreseeable future. My wife works ¾ time and is in grad school as well. Perhaps, in a few years she will get a regular job with a salary and a 401k and I’ll remain part time or perhaps I’ll be forced into more full time work and she will reduce her hours. It’s all too unknown to make plans so I’m just taking it one day and one job at a time with no plans for growing my business. I think that if I were to ever take on a partner, that person would have to be in a similar situation time-wise. Plus they should have an MBA and be really good at hanging out at brewpubs and schmoozing.
The business card at the top is by EM Letterpress
Here are some progress photos on a current project which should interest those interested in building science. The AH project is under construction fairly close to my own home so I can get over there frequently. This will be a fairly modern house with large windows, double stud cellulose filled walls, a high level of air sealing and an amazing three season porch using the Kent Webster's (the builder) most excellent system of removable panels. The most interesting thing in these photos for many readers will be the use of board sheathing. Local builders are returning to this method as it provides a vapor open layer in a location within the wall where a barrier to moisture (plywood, OSB) can cause problems in a heavily insulated wall. Plus it's local wood. plus it's more fun - carpenters don't get to cut many actual 1x boards anymore. The exterior will be sealed up with Mento to prevent air movement through the wall - an excellent combination with the board sheathing.
Bob, in response to your invitation to comment on the passive house you are designing for us, here are some thoughts. I see this first of all as an opportunity to be part of the solution instead of part of the problem. The chance to show off the kind of technology and design choices that--were they widely adopted--could significantly reduce reliance on fossil fuels feels not just like an opportunity to showcase your talents as an architect but to participate in a necessary new way of thinking about housing. That you are, coincidentally, our son-in-law certainly plays a role in our enthusiasm, but it goes so far beyond providing for immediate family and grandchildren. It goes to realizing the models that are going to keep the earth inhabitable for everyone's grandchildren.
Coming back to the ground now, to the very immediate house in question and the very personal responses on an aesthetic and emotional level: It's exciting to think about having a space designed to support who we are and how we like to occupy space. The openness of most of the design, combined with the privacy of spaces designated for bedroom and in-home offices for each of us, is perfect. I imagine fondly the day when, if one of us is cooking in the kitchen and the other is in the living room, we won't have to shout to each other to be heard. I look forward to having a cup of tea by the floor-to-ceiling south-facing windows. Visual access to the outside year-round is crucial to my mental health, and if I have a view of the outside space, I need far less inside space. I am inordinately pleased by the idea that we may be able to design a root cellar into this house. The idea of storing garden vegetables connects the seasons for me. (An aside: I got a ridiculous amount of pleasure in Seattle from picking kiwi fruit in October/November, and eating it in December, January, and even February.) And, of course, those floor-to-ceiling south-facing windows will be a great spot for starting plants in the winter and early spring. Did I say I love the idea of floor-to-ceiling south-facing windows?
We love wood fires, but I've got to admit that each time I build one these days and notice the ash that has to be cleaned out and the wood dust on the rug that will need to be vacuumed I realize these are tasks I will not miss. And again, as we age, and things tend to take a little more time to accomplish just because of increased physical limitations, I won't regret leaving wood and ash hauling behind. It will leave more time for reading and writing. In the cozy office spaces or by the wonderful floor-to-ceiling windows.
Then there’s air quality and noise issues. I’m given to respiratory irritations and ailments, which means that, especially during heating season, I keep a HEPA filter running in the living room and a humidifier in the bedroom. Both are noisy, but help to create a white noise effect that drowns out traffic on the street outside. I know I’m going to enjoy the quiet of a super-insulated house and the climate-controlled clean air I’ll be breathing.
As we are very near retirement age, it pleases me that we're designing this house to be one in which we can age. Thinking ahead not to the inevitability but the possibility of one or the other of us needing a wheelchair at some point, and having the first floor bathroom at the ready, means not having to worry about retrofitting in a hurry someday.
Just knowing some of the principles of Passive House design has made me so much more aware of heat and cold. I take a hot bath, and imagine the system that will capture the heat as the water cools. I open the curtains when the sun is shining, the better to capture a bit of the free solar warmth. I have begun to use the term "thermal bridging" in casual conversation.
Circling back to the overview: I like that we are able to support, with this project, not only the concept of Passive House but also the business model that you, Mel, and Chad are using. Having presided over a remodel in Seattle, I need no convincing that it's going to be worth it to have project coordination and scheduling built in to the process and the services your team is going to provide us.
I took a shot at writing down my own thoughts about the Greenfield project I’m doing for my wife’s folks. Sometimes I have so many half-baked ideas in my head that writing them down creates a jelling effect and helps me to clarify and focus my efforts. I’m planning on documenting this project to a much higher level than I have in the past, partly because we are assembling something of a dream team to get this done and partly because I am using this project to redefine how I work in order to bring my own practice to a higher level. I have encouraged the others to start writing as well and some of that will show up here on the blog as well for a more well-rounded perspective. We are currently exploring the feasibility of doing this house as a Passive house and seeking certification. I hope, as usual, to show what can be accomplished when a highly functional and customized plan is also an emotionally uplifting place to live. This projects continues my exploration into the emotional aspects of “home” and how to use architecture to augment and reinforce the emotional connection to place. Phew! What have I to gain from doing this project as a full-on Certified Passive House? So what if the winter heating bills drop from $75/month to $25/month? Is that really worth all the extra effort and expense to go through certification? We don’t know the answer to that yet. “Let me run some numbers” as the engineer or accountant would say. Passive house has cache. It attracts media. There is huge marketing potential. The clients (my in-laws) are understandably interested in that aspect of it - it relates to their son-in-law’s ability to financially support his wife and children. I want to do more of this type of work in the future and will I ever get such a good opportunity to gain exposure, attention and build a reputation that to do a very attractive and relevant project at this highest level… and market it to the greatest extent possible. I have seen that model propel other firms into the limelight so I am aware of what power and potential in inherent in this thinking. Otherwise- My own limited knowledge of Passive House indicated that this house as designed thus far could attain Passive House certification with minimal extra effort. I’m a Certified Passive House Designer – CPHD with the international credential but I have little practical experience. This project could be a great way to gain that experience. The most effort and extra money will probably be in soft costs – hiring someone with experience to do the energy modeling, advise on detailing and assist in the certification process. With this project we are also formalizing a fairly progressive project delivery process that I am realizing is crucial to creating high performance buildings. This represents the direction my own business model is headed in. I have, in the past, followed both the more traditional architect route where I work with clients to design and detail a project and we shop it out to builders. I have also worked (more often) in a more design-build model where the builder is integrated into the process from very early in the process. That has been my preferred method of project delivery but I am realizing that to provide the highest levels of service, I need to fill in some gaps. I can’t do everything and I don’t have expertise in everything so I’m bringing in people to help fill the traditional gaps. Subcontractors as well need to be on board as part of the team at a much earlier stage and need to be aware that they will be asked to perform at a very high level of professionalism. Part of my job is to make that as easy as possible for them through design and detailing. I am working on this project with Mel Baiser of Baiser Construction Management and Chad Mathrani of Vermont Natural Homes both of whom have training in passive house detailing and construction. They understand what it takes to reach that highest level of building excellence. And considerable enthusiasm to do so. We are pouring over the details as fast as I can draw them up to insure that no stone is left unturned. The process requires a high level of integration at this early stage in terms of product selection, integrated assembly, cost (and relative costs). Assumptions are challenged and vetted and everything will be put down on paper before the project is staked out on the site which is under considerable snow at the moment. We will maintain a process blog as part of Vermont Architect to provide a window into this process. Blog readers and Bluetime Collaborative facebook followers have already seen some early schematic design images of this project. Stay tuned.
I’m working on detailing out a smallish house in Greenfield, MA. We probably won’t go full Passive House on this but we will look at what additional costs and detailing it would take. And if we’re close… We are doing some novel (to me) stuff for the shell of the house that, I suspect, will become more standard practice for me in years to come. Here are some “progress print” detail drawings from the plan set. My drawings tend to look a bit different than most architect's drawings due to two things: The time I spent wielding a hammer and trying to interpret my own drawings and the fact that I have worked as a sole practitioner for so long and have developed my own graphic style. I should add to that a third thing – my knowledge of building science informed best practices.
The first thing you will notice about these drawings is actually the most important thing. The red and blue dotted lines represent the weather resistant barrier and the air barrier respectively. If your drawings don’t have at least the air barrier called out in the sections, (and continuous around the thermal envelope) The drawings are incomplete. I have been getting picky in my detailing about how to make the air barrier both easy to achieve and durable. In my opinion, relying on painted sheetrock to serve as an air barrier just doesn’t cut it – certainly not for the next 100 years.
Many builders and architects in the Northeast US are still building 2x6 walls with fiberglass batts and a poly vapor barrier. That’s how I learned to do it when I was just starting out in the 90’s. I also opened up a number of walls built that way that were full of mold.
builders don’t build this way anymore. Check the Building Science Corporation website for some pictures of what can go wrong.
One part of building science is probability and statistics. I often hear builders say “I’ve always built that way and I’ve never had any problems” - that you know about. But those builders are only looking at 50 or 100 projects. Luck plays a part here. What happens when you look at thousands or even tens of thousands? You start to see some patterns emerge and you start to see the luck factor drop out of the equation. You are able to formulate some best practice standards for a number of things including durability, air quality, energy use and even catastrophic failure. I prefer to work with builders who are informed about building science and involved in the discussion.
That’s easy here in the Southeastern Vermont area home of Building Green area, home of Building Green and SEON which sponsors a well-attended monthly building science discussion group and learning circle. – If anyone wants to get something like this started in their own community, send Guy an email at the address in their website.
I owe it to my clients to help them get the best constructed project possible. That, in addition to the most functional, aesthetically appropriate, finely crafted project possible. – Oh and the budget thing too – Detailing such as represented in these drawings is also very much about budget. The goal is to bump up the levels of insulation, air tightness, r value of windows etc. so that we can eliminate the traditional boiler and heat distribution system in favor of a minisplit heat pump which is more of an appliance than a system and dramatically less expensive. (I think this link is a GBA pro only link - subscription) For those without a subscription try this alternative Ideally, it becomes a wash cost wise but with the added bonus of very low monthly heating and cooling costs. Those savings alone can represent hundreds of dollars per month.
I am working on a 1400 s.f house in Massachusetts. Given that the walls are over a foot thick, the actual square footage is quite a bit less (about 1200). The extra insulation (and cutting edge building science) allows us to forgo a heat system other than a relatively inexpensive minisplit - and monthly fuel bills. Here are a few images of what I'm up to. no fancy rendering for now, just the Sketchup model and some Vectorworks CAD drawings.
I spent a fair amount of time detailing the steel and wood stairs in Sketchup as I have found that is the only way for me to really figure out every nut and bolt and refine the design to the level that I am comfortable with before construction drawings. I like to approach the stair as sculpture with every piece exact and connections "just so". Thus I am able to design something that is quick and easy to assemble with just the right amount of "fudge space" built in.
The floor plans have shrunk and simplified from the last version becoming more functional and comfortable.
Some photos from the Perry Road project which is sitting empty and unfinished and for sale UPDATE: SOLD!- (It's hard for people to earn a living around here so the owners made the decision to move to where they could work.. for money)
This is a Structural Insulated Panel (SIP)house on and Insulated Concrete Form foundation (ICF) The windows are Marvin Integrity - there are a lot of them although they seem all very logical and needed. Too bad they are not triple glazed. The basement slab is piped for radiant heat, there is an air exchange system, two bathrooms, (plumbed for a third) up to 5 bedrooms, porch and sleeping porch. There is also a lot of land with a stream and waterfall.
One of the projects I'm working on is an addition to and renovations of a ski home in Vermont. The main house is well built and and other than a maroon and pink bathroom and rather 80's finishes, we are not doing anything too major to it. We are locating a family room addition between the existing house and garage which will provide a much nicer kitchen and living area plus additional bunkrooms and a multi-user bath on the basement level. I'm sticking with the dark clapboard and red standing seam roof of the existing as I think it provides a nice base for some fun things to happen with color at the doors and windows. I am using big windows, wood, steel etc to create a warm, modern and relaxed space for lots of people to be in. Here is the current plan: and I put together a few videos of the sketchup model
A House for Slow LivingThe original concept came to me in a dream (yes – I dream architecturally) I think the dream may have been generated by this image which has been on my bulletin board fora few years: The original sketch was called “a house for food”
The core concept was centered around the growing, preparation and consumption of food which lends itself to the idea of gatherings of family and friends and leads to the notion of how to live in a close relationship to the local environment. From my own experience I drew upon the old fashioned ideas of hunkering down by the fire on a cold winter evening, opening the house up to the sounds, smells and breezes of a summer day, “putting food by” and making routine preparations for winter in the Autumn, starting seedlings on a windowsill in the spring, caring for children or elders. Also, how can we appreciate the beauty of the winter landscape and light without feeling overcome by it. This is a common issue in the Northeast. Where do you sit to watch a thunderstorm rolling in or to watch the snow fall? Music! – not just acoustics but around here, everybody is also a musician. How does that fit into our daily lives? Much inspiration is to be found in images and stories depicting rural life from previous times in Europe and America. I am drawn to the imagery of hard working English country houses where the real life of the house centers between the kitchen and the door stoop leading directly to the working yard and gardens. Think: Peter Rabbit in Mr. McGregor’s Garden by Beatrix Potter with a potting shed, cold frames and lots of cabbages. I am fascinated by early New England farms and town dwellings and how lives were played out in them. Not the big events but the little, day to day, season to season routines. Light and fresh air are celebrated and sought after and even, perhaps, taken for granted in an age before television and telephones. Materials are worn but durable, practical and show their age and history and that is where their beauty lies.
The Building Science aspect of design and detailing that we are all so immersed in lately addresses the idea of being able to lock the door and walk away for a month in the winter and not worry about much of anything. The neighbor has the key and will water the plants. Building Science addresses being what we are calling “net zero” so you are not storing and burning fossil fuel on site and paying for it as well. Building Science addresses the notion of simplicity – who needs a heating system that could go on the fritz and bust your pipes and freeze all your house plants so when your neighbor comes over to water the house plants, he finds an awful mess and has to call you in some recently devastated country where you are doing relief work. Building Science allows you to return in March to a house filled with fresh air and no mildew. (building science can’t help with what you left in the fridge) Building Science can free you from many previously taken for granted maintenance issues and expenses such as painting and periodic repair, maintenance and replacement of the mechanical parts of the house because now you have fewer and simpler systems.
How then, to marry my heady and romantic thoughts with the physics of modern building science? How do I pack all of this sensuality and feeling into a house that celebrates the process of living this chosen life rather than reminding one of the potentially inherent drudgery? Since these ideas are very personal to me, it isn’t very difficult to make a series of design moves and decisions that bring me pretty close. I have been moving in this direction for much of my life. I am often “pretty close” but getting to that higher level is tricky and elusive. I’m not there yet with this design but it’s still early….
In this design, I'm trying to balance small and simple with a richness of space that goes far beyond light and shadow, a good floor plan and simplicity of form and add my own interpretation of what it can mean to live in Vermont and lead a life integrated with the climate and culture of the place. I'm drawing heavily on history and my own sense of aesthetics as well as all my cumulative observations and experience.
Dang! Maybe I should tear down my own house and build something like this!