Data is an increasingly pervasive force in American life, with the power to shape perception and policy. And so it makes a certain amount of sense that Rensselaer Polytechnic Institute recently adopted a new "data dexterity" requirement for its students, starting in fall 2019.
TROY, N.Y. (AP) — Rensselaer Polytechnic Institute will be requiring all of its students to be able to use diverse datasets to solve complex problems.
RPI says its "data dexterity" requirement will ensure that all students graduating for the school in Troy, New York are prepared for an increasingly data-driven world.
Stabilizing a bacterial enzyme by strategically decorating it with sugars could help it to recycle one of the most widely used plastics and ultimately keep that plastic out of the landfill (Biochemistry 2018, DOI: 10.1021/acs.biochem.7b01189).
Researchers at Rensselaer Polytechnic Institute demonstrated in a paper published last month how they successfully treated immune-compromised mice exposed to the influenza virus with a new nanoparticle drug.
A high-tech sensor network for Lake George is on track for completion with a $917,000 National Science Foundation grant.
The Analytical Scienctist has selected Linda McGown for the 2016 Power List of Top 50 most influential women in the analytical sciences.
A grant worth roughly $1 million has been awarded to the Jefferson Project to add more sensors to a network that is already giving scientists a remarkably detailed understanding of Lake George, an understanding that will help advocates and policy makers preserve its clarity and purity.
The grant was awarded by the National Science Foundation, a federal agency and one of thesingle largest sources of funds for scientific research, to a team of researchers led by Rick Relyea, an RPI professor who serves as the director of the Jefferson Project, a collaborative effort of RPI, IBM and The Fund for Lake George.
As demand for the widely used blood thinning drug heparin continues to grow, experts worry of possible shortages of the essential medication. Heparin is primarily derived from pigs, and to reduce the risk of shortages, cattle have been proposed as an additional source. A new study by a team of researchers, including corresponding author Robert J. Linhardt, and nine co-authors from Rensselaer Polytechnic Institute. has found that heparin derived from cattle (known as bovine heparin) has equivalent anti-clotting properties to heparin derived from pigs (porcine heparin).
Can technology keep Lake George pristine? Bill McKibben explores the Jefferson Project.
Rensselaer Polytechnic Institute has been awarded $2.2 million in funding from the U.S. Department of Energy’s Advanced Research Projects Agency-Energy (ARPA-E) to develop innovative ion conduction materials for next-generation renewable energy conversion and storage technology.
In 1791, Thomas Jefferson describes Lake George as "the most beautiful water I ever saw." Today, scientists are using gee-whiz technology to make it the smartest lake on the planet.
A $500,000 grant from New York State will enable the Jefferson Project to add ten more sensors to a system that is designed to give scientists a remarkably detailed understanding of the lake, an understanding that will help advocates and policy makers preserve its clarity and purity.
This year, researchers will have a more complete understanding of Lake George than ever before.
The remaining 21 sensor platforms that have yet to be deployed as part of The Jefferson Project at Lake George are scheduled to take their places in and around the lake by the end of this year. So far, 20 have been deployed, mostly in the southern basin and the Narrows. This year, data-collecting and transmitting sensors will be deployed in and around the northern end of the lake.
The sensor network, made of four types of sensor platforms, collects massive amounts of information from the lake, its tributaries and wetlands, and sends data to supercomputers for analyses.
“We’ll try to complete that picture. We have about half the picture now,” said Jefferson Project Director Rick Relyea.
Over a few short years, the Internet of things has morphed from a fascinating concept into reality. It is rapidly redefining a wide array of industries and delivering greater insights into science and research.
At New York's Lake George, a 32-mile-long lake located in the Adirondack Mountains, more than 60 researchers are now turning to sensors and connected systems to better understand environmental threats—including road salt, agricultural contaminants, invasive species and the growth of algae—so that they can better protect the lake and its water.
Every day, every hour or so, the Minne Ha Ha departs the Steel Pier, its chirping steam whistles, calliope licks and the bright foam of its paddle wheel infusing the air with a holiday sweetness. Who knew that it’s actually a research vessel?
Cyber-infrastructure, above and beneath the waves, is giving researchers a high-tech look at factors impacting Lake George water quality. The Jefferson Project is a long-term collaboration between IBM, Rensselaer Polytechnic Institute and The Fund for Lake George that has cost more than $10 million just to ramp up.
When you think of the Internet of Things, you probably don't think of lakes. But IBM, Rensselaer Polytechnic Institute, and the Fund for Lake George are using IoT technology to make New York's Lake George a "smart lake."
Over 30 years ago, Rensselaer established its field station at a donated property in the town of Bolton Landing. (The space was previously a lodge, and it still provides a place to sleep for visiting students and scientists.) This station has served as a base for long-term monitoring of Lake George, as well as other research in the area—including monitoring a number of Adirondack lakes following the acid rain regulations passed in 1990. Now, it is home to the Jefferson Project. And with IBM's technological and financial support, researchers are getting ready to take advantage of a whole new approach to studying Lake George: Big Data.
K.V. Lakshmi, an associate professor at Rensselaer Polytechnic Institute’s Center for Solar Energy is leading a team of 14 scientists working to unlock the secret of how plants use sunlight to split water molecules and release electricity.
The project aims to instrument New York’s Lake George with five vertical profilers, 12 tributary stream monitors, eight acoustic Doppler current profilers and 11 weather stations by 2015. Organizers say the effort will make it the world’s “smartest lake.”
“IBM, as part of their Smarter Planet effort to use cutting-edge tech, is using Lake George as a proving ground for their sensors,” said Rick Relyea, scientific lead of the Jefferson Project at RPI. “So we do have sensors from YSI (deployed), but on top of that, IBM uses its own computer boards to make them smarter.”
A $50,000 micro-grant program sponsored by Phi Sigma Kappa fraternity that is intended to improve the quality of life in the Mount Ida neighborhood will be launched on Wednesday. The fraternity, whose members attend Rensselaer Polytechnic Institute will hand out grants of up to $1,000 to homeowners, landlords, nonprofit groups and business owners in the community. The fraternity will award 50 grants over a five-year period.
It's all about robotics today at RPI. Thirty eight High School teams are showing off their creations in the Tech Valley Regional Competition. It's the first time this regional event has been held in the Albany area. Photojournalist Rich Frederick takes a look.
More than 1,000 high school students, along with hundreds of teachers, college and professional mentors, parents, and 3,000 pounds of metal, gears, and electronics will converge at the East Campus Athletic Village at Rensselaer Polytechnic Institue in Troy, N.Y., for two days of compeition today and Saturday.
Area high school students will take robots this weekend to Troy, N.Y., and Youngwood.
While McKeesport Area students pack for Troy and the first of two FIRST (For Inspiration and Recognition of Science and Technology) regional tests, others are headed for competition at Westmoreland County Community College.
