Friday, December 17, 2010
Installation
Thursday, December 16, 2010
Doors are here
Wednesday, December 15, 2010
SIP Construction
Most SIPs are ordered from a factory at a cost of around $3 per square foot of panel. This is too expensive for us; we are attempting to fabricate our own SIPs out of OSB and polystyrene. A typical 4x8' panel should cost around $35, or just over $1 per square foot.
SIP construction holds several great advantages for this project: once the panels are prefabricated assembly on site is extremely fast - generally a house can be built in around a day. The lack of structural framing saves wood, making a very environmentally friendly studio. And because the studios have to be removed at the end of the school year, these prefab panel studios can be easily dismantled and reassembled elsewhere.
Saturday, December 4, 2010
Monday, November 22, 2010
SIPs shed
You should all be working towards developing a working set of plans and a materials list. I'd like to meet individually with everyone the Tuesday after thanksgiving to go over your plans and discuss how to get materials. From now on we will be focused on building; it would be great to start putting in the pier-block foundations on Friday December 3.
Have a great Thanksgiving!









Friday, November 19, 2010
Thursday, November 18, 2010
All is Well In the Village
Tuesday, November 16, 2010
Monday, November 15, 2010



So I decided not to purchase these doors although I loved the idea of swinging open two beautiful glass doors on my studio! I also loved the idea of allowing in some great light but I don't love the idea of having someone bust into my studio or broken glass.
They are also very large and heavy and could potential be difficult to build around. If anyone thinks I should rethink it, let me know!!!
Assignment 3
Assignment 3
Sketch Model
Due Nov. 20
Make a model of your studio design at a scale of 1/2 inch equals 1 foot. This is a “sketch model” – like a rough model that will be used as a design tool, not a finished, detailed model.
As a sketch model it can be – in fact it should be – somewhat sloppy and crude in its execution. Elements that should be included are:
- Overall size and shape
- Roof slope and overhangs
- Foundation and floor height
- Window and door openings
- Any important design features
Scale:
Another way of saying 1/2" = 1’ is 1:24. If you haven’t worked at scale before it might be confusing. If your building is 10’ x 12’ in plan, this would translate to 5” x 6” at model scale. At this scale 3/16” thick material is 4-1/2 inches which is about right for wall thicknesses (roofs and floors might be more like 3/8”).
Material:
Any materials may be used. Common model-building materials are cardboard, foam-core, balsa wood and basswood. Plasticine can be used for irregular or free-form elements. Hot glue or “tacky glue” are helpful, as are pins or T-pins for temporary holding. Some kind of a square is useful for making right angle cuts.
EXAMPLES:
Example of a study model – note how the overhangs and skylights have been re-cut and glued as part of the design process. If the model is too anal it becomes precious, and I wouldn’t have felt comfortable hacking into it and re-gluing it together – that’s why it is good to keep it rough, not finished. (materials: 3/16” and 1/2" thick foam-core)
Another study model, this one made from 3/16” foam-core and basswood.
Sunday, November 14, 2010
Saturday, November 13, 2010

I found a moderately helpful tutorial online for building glass bottle walls. If you guys find anything more substantial, let me know.