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The PIE

“In the past 20 years, globally mobile learners have increased from 1.2 million to 7.4 million. Gone are the days when students simply moved to developed nations for education followed by employment,” said Mallik Sundharam, vice president for enrollment management and student affairs. “In the past five years alone, 33 global capability centres have been established in India. The country is no longer seen just in terms of volume or service capacity — it is increasingly viewed as a hub of talent. As employers move to where talent is, it is natural for universities to follow. We launched the strategy, ‘meet the learners where they are’, to serve employers and students where they are, which is the whole vision behind establishing this campus.”

DroneXL

The idea of using drones as mobile cell towers isn’t new. But a fundamental problem has persisted: how do you figure out exactly how many drones to deploy, and where to put them, without wasting energy or leaving users without coverage? A team at Illinois Institute of Technology (Illinois Tech) now has an answer, and it involves training a machine learning algorithm to make those deployment decisions in near-real-time.

Hindustan Times

“Illinois Tech has been connected with India through learning initiatives since 1996,” said Illinois Tech President Raj Echambadi. “Mumbai was chosen because it is the commercial capital of India and offers strong opportunities for industry collaboration. Major Indian companies are based in Mumbai, which makes industry alignment easier for students.”

Inc.

“When you see that mix, that is what I would call a combustible combination, which is almost going to guarantee success with your product launch. I see Bravo Network is very attractively positioned for launching these niche products where the fit is high,” says Siva Balasubramanian, professor of marketing and the Harold L. Stuart Endowed Chair in Business.

WBEZ Radio

“Quantum bits can be coupled to each other, just like atoms can form molecules. You can make 100 of these quantum bits work cooperatively as one giant type of computing element, and that gives you an axis to solving problems that you cannot do with conventional processors,” says John F. Zasadzinski, professor of physics at Illinois Institute of Technology. “It can’t solve every problem, but there are certain types of problems that it is really good at solving in an amount of time that’s reasonable.”