whighlander
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FWIW, I've read articles that break down the construction cost to $533/sq. ft. When factoring that this is going to be an energy-efficient school offering STEAM programs and the facilities along with them (chemistry labs, modern HVAC systems, high volume broadband & wi-fi infrastructure), I suspect the numbers add up.
Northeastern University's new science & engineering building cost $225 million for 220,000 sq. ft., or more than $1,000/sq. ft.
dshoost -- NEU is building a Science and Engineering Building -- highlight the words Science and Engineering -- that means a building full of sophisticated labs, prof's offices with lots of power and cooling and ventilation
Sommerville is building a High School -- that means in addition to a few Science and possibly some Engineering labs there are things like classrooms for Science, English. Math, French, Spanish, History -- no offence to any of those disciplines but they don't need anything special. Then there' real high energy density spaces such as a Cafeteria, the floor of a Gymnasium and a lot of parking, athletic fields-- very very expensive to construct
Sorry not even close
As I pointed out in my original post on the subject the cost per sq ft is even greater than GE is spending on its new World HQ
Curtatone would do much better making sure that the students who graduate can read and write and add and multiply than compete with Newton for the most expensive HS
Added -- comparison with MIT.NANO one of the most complex and sophisticated construction projects in US history
Total cost $ 350 M for 200k sq ft [gross]
Somerville HS
Total Cost $256M for 404.7k sq ft [gross]
Ref MIT.NANO
- A 200,000 square-foot facility that more than doubles MIT’s shared fabrication and imaging capabilities
- Two floors of high-performance cleanrooms optimized for energy efficiency, safety, and future flexibility
- Spaces for prototyping and packaging synthesis, imaging and microscopy, materials and thin film growth, and numerical design
- The most environmentally quiet space on campus, a basement level optimized to meet the most stringent nanoscale imaging requirements for low-vibration and low electromagnetic interference (EMI)
- Meeting spaces for collaboration and conversation, as well as offices for research staff
- New undergraduate chemistry teaching laboratories, to support the hands-on experimentation that is critical to training future leaders in science and engineering
- A new outdoor courtyard nestled between MIT.nano and the main group, providing an informal setting for the MIT community to congregate and collaborate
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