New York University
New University Program Promotes a 'Data Science Culture'

Today, data comes in many forms. All forms create a
collective flood flood of sensor data, genomic data, Web click streams and
credit card transactions, just to name a few.
collective flood flood of sensor data, genomic data, Web click streams and
credit card transactions, just to name a few.
While the concept of data science has been around for
decades, the notion of a data scientist has become an in-demand career leading
to a rise of a new generation of data scientists. Proliferation of sensors,
mobile and social trends provide explosive growth of new types of data. Data
scientists are creating the tools that can be used to interpret and help
translate the streams of information into innovative new products.
decades, the notion of a data scientist has become an in-demand career leading
to a rise of a new generation of data scientists. Proliferation of sensors,
mobile and social trends provide explosive growth of new types of data. Data
scientists are creating the tools that can be used to interpret and help
translate the streams of information into innovative new products.
The data sources are often called 'silos,' suggesting the
challenge of combining different data sets to generate insights. But if the
data is in a silo, so are the people. In universities, that problem is a key
obstacle to progress in data science, according to academic research
scientists. That problem, among others, is the focus of a new five-year
project, involving three universities and supported by $37.8 million in funding
from the Moore Foundation and the Sloan Foundation.
challenge of combining different data sets to generate insights. But if the
data is in a silo, so are the people. In universities, that problem is a key
obstacle to progress in data science, according to academic research
scientists. That problem, among others, is the focus of a new five-year
project, involving three universities and supported by $37.8 million in funding
from the Moore Foundation and the Sloan Foundation.
New York University, the University of Washington and the
University of California, Berkeley are working together in the
program announced last month in Washington at an event organized by
the White House Office of Science and Technology Policy, to highlight
initiatives being taken by government, industry and academia to advance
data-driven scientific discovery and technological progress. The program comes
at a time when universities are opening up data science centers. These academic
start-ups marry professors and graduate students from computer science,
statistics and applied mathematics with those from other departments including
biology, medicine, economics and even journalism.
University of California, Berkeley are working together in the
program announced last month in Washington at an event organized by
the White House Office of Science and Technology Policy, to highlight
initiatives being taken by government, industry and academia to advance
data-driven scientific discovery and technological progress. The program comes
at a time when universities are opening up data science centers. These academic
start-ups marry professors and graduate students from computer science,
statistics and applied mathematics with those from other departments including
biology, medicine, economics and even journalism.
So what is the need for the program? Most of the university
data-science programs are focused on adapting data-analysis techniques to
specific disciplines. 'What this partnership is trying to do is change the
culture of universities to create a data science culture,' Joshua Greenberg,
director of the Sloan Foundation's Digital Information Technology program told
the New
York Times.
data-science programs are focused on adapting data-analysis techniques to
specific disciplines. 'What this partnership is trying to do is change the
culture of universities to create a data science culture,' Joshua Greenberg,
director of the Sloan Foundation's Digital Information Technology program told
the New
York Times.
Yann LeCun, a computer scientist, is the director of New
York University's new Center for Data Science, but he sees the collaboration as
a program with a different agenda. 'This is not so much to do science, but to
organize yourself to create a new discipline, an environment, a data science
environment,' Professor LeCun said.
York University's new Center for Data Science, but he sees the collaboration as
a program with a different agenda. 'This is not so much to do science, but to
organize yourself to create a new discipline, an environment, a data science
environment,' Professor LeCun said.
At each university, 12 to 15 professors will be the core
participants representing the life, environmental, physical and social
sciences. Each campus will also have a 'data science studio,' staffed by data
scientists and software professionals, where people from different disciplines
will share ideas. The partnership, according to Chris Mentzel, head of Moore
Foundation's Data-Driven Discovery initiative, is intended to be a
demonstration project that other universities will emulate.
participants representing the life, environmental, physical and social
sciences. Each campus will also have a 'data science studio,' staffed by data
scientists and software professionals, where people from different disciplines
will share ideas. The partnership, according to Chris Mentzel, head of Moore
Foundation's Data-Driven Discovery initiative, is intended to be a
demonstration project that other universities will emulate.
Part of the common ground is to create software tools for
data handling and analysis that can be widely shared. Pursuing that goal, the
professors say, will require creating new, long-term career paths for the data
scientists that develop such tools. That would mark a significant improvement
from the current situation, where 'everything you do is start from scratch,'
said Saul Perlmutter, an astrophysicist at the University of California, Berkeley,
and a Nobel prizewinner.
data handling and analysis that can be widely shared. Pursuing that goal, the
professors say, will require creating new, long-term career paths for the data
scientists that develop such tools. That would mark a significant improvement
from the current situation, where 'everything you do is start from scratch,'
said Saul Perlmutter, an astrophysicist at the University of California, Berkeley,
and a Nobel prizewinner.
The big data rush is evident, although it's still an
unchartered territory. More organizations recognize data science as an integral
part of the business and that data is a core competency that can be used to
improve decision making, competitive intelligence, in streamlining of internal
operations and cross functions, and to increase productivity.
unchartered territory. More organizations recognize data science as an integral
part of the business and that data is a core competency that can be used to
improve decision making, competitive intelligence, in streamlining of internal
operations and cross functions, and to increase productivity.
Hear more about data
science from experts in person at The Future of Consumer Intelligence 2014 in
Los Angeles, California May 19-21. To learn more click here: http://bit.ly/1iQy4KQ
science from experts in person at The Future of Consumer Intelligence 2014 in
Los Angeles, California May 19-21. To learn more click here: http://bit.ly/1iQy4KQ
About the
Author: Amanda Ciccatelli, Social Media Strategist of the Marketing Division at IIR USA, has a background in digital and
print journalism, covering a variety of topics in business strategy, marketing,
and technology. Amanda is the Editor at Large for several of IIR's blogs
including Next Big Design, Customers 1st, and ProjectWorld and World Congress for Business
Analysts. She previously worked at Technology Marketing Corporation as a
Web Editor where she covered breaking news and feature stories in the
technology industry. She can be reached at aciccatelli@iirusa.com. Follow
her at @AmandaCicc.
Author: Amanda Ciccatelli, Social Media Strategist of the Marketing Division at IIR USA, has a background in digital and
print journalism, covering a variety of topics in business strategy, marketing,
and technology. Amanda is the Editor at Large for several of IIR's blogs
including Next Big Design, Customers 1st, and ProjectWorld and World Congress for Business
Analysts. She previously worked at Technology Marketing Corporation as a
Web Editor where she covered breaking news and feature stories in the
technology industry. She can be reached at aciccatelli@iirusa.com. Follow
her at @AmandaCicc.


