SAN JOSE, Calif. – New York City officials selected Cornell and Israel's Technion as the first partners in a $2 billion effort to build a science and engineering campus on the city's Roosevelt Island.
The two universities will help build a two-million square-foot campus that could serve 2,500 students and 280 faculty by 2043. It aims to boost by 70 percent the number of graduate engineering students in the area.
Cornell will offer master and doctoral degrees in areas such as computer science, electrical and computer engineering, and information science and engineering at the campus as well as jointly accredited master of applied sciences degrees with Technion. New York officials are holding ongoing discussions with Carnegie Mellon, Columbia and a New York University-led consortium about participating in the project.
The initiative includes plans for a $150 million fund to spawn New York area startups. The move comes on the heels of plans from IBM, Intel and others to participate in a $4.4 billion New York state effort to develop semiconductor technology for 450 mm wafers.
"The message we are sending with this announcement is: look out Silicon Valley, look out Boston, New York will be second to none," said U.S. Senator Charles E. Schumer in a press event at the launch on Monday.
New York City is providing the land and $100 million toward construction the campus. Cornell received a $350 million gift from an anonymous donor, the largest contribution in the university’s history, as a contribution to the effort.
The news comes at a time when China is also rapidly expanding its technical universities. Taking part in that boom, the University of California, Berkeley, recently announced plans to build a new teaching and research campus in Shanghai, mainly financed by the Shanghai government and local companies and expected to begin in July.
Several similar efforts are in the works. New York University and Duke University are each building a campus in the Shanghai area, and Stanford is building a $5 million research center on the campus of Peking University in Beijing, according to a recent report in the New York Times.
The $2 billion Roosevelt Island campus is part of a broad New York tech initiative.
Remember, $5M goes longer in China, more if Stanford has local partners which is most likely; you can hire more researchers for that sum in China than in the US.
More over, many US universities are going abroad since the global improvements in educational standards (especially in Asia) is giving schools a run for their money! So a presence overseas has become a basic tenet for many US top schools.
Well, we in the Silicon Valley came to know about this from a completely different context -that of Stanford'd decision not to go forward with this. Apparently Stanford had proposed a $2.5 billion campus on Roosevelt Island to be built over 30 years which is way too long in my opinion:
It clearly should be targeted for higher general education rather than "tech". It would be too late to address the situation for the next five years.
Also, they should build the bridges to Roosevelt Island from Manhattan and Queens to enable more convenient access.
Feeney got rich taking advantage of tax arbitrage, not by creating anything. Worse yet, the reason his business jumped out in front of the competition was that his firm DFS, was given exclusive rights over duty-free in Hawaii, allowing him to milk rich Japanese to the max.
So go ahead. Cheer capitalism...but not in this case.
This is an overall $2 billion project for Technion and Cornell and will take time to complete; NYC is providing the land and up to $100 million in infrastructure improvements. It's a win-win situation for both universities.
David Patterson, known for his pioneering research that led to RAID, clusters and more, is part of a team at UC Berkeley that recently made its RISC-V processor architecture an open source hardware offering. We talk with Patterson and one of his colleagues behind the effort about the opportunities they see, what new kinds of designs they hope to enable and what it means for today’s commercial processor giants such as Intel, ARM and Imagination Technologies.