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Thursday, April 7, 2016

News from MIT School of Engineering

Spring 2016
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Building One MIT School of Engineering
Our kind of innovation
Our kind of innovation
Watch the video  |  Read the story
 
Ian A. Waitz
Ian A. Waitz
Dean of Engineering

The seeds of future breakthroughs germinate as often in MIT's classrooms or dorms as in our labs. Whether an idea originates with a class project, like the MIT Hyperloop team, or comes from a social need identified by students, like Lean on Me, or stems from new technologies, like KitCube, innovation is baked into our community.

Even the confirmation of gravitational waves—the two-toned blip heard around the world—by colleagues in the School of Science and at Caltech began as a discussion in an MIT class several decades ago.

From the day they step on campus, our student innovators are not afraid to go after the hardest problems. The ones that might take a miracle (or two) to realize, like practical fusion and quantum computing. Challenges that require years of dedication without a dollar in sight. Problems where there’s never going to be “an app for that.”

We need to up our game in kind, so we are investing in our students. The launch of the MIT Sandbox Innovation Fund Program is a big step toward helping any interested student develop the knowledge, skills, and attitudes to be successful innovators and entrepreneurs (while here at MIT, and for the rest of their lives).

Add a bit of seed money and a network of savvy mentors, and our students will tell us where the next great breakthroughs will happen in science, engineering—and anything else they set their minds to.
 
The final frontier
A new aerospace for innovation

The final frontier
Incoming!
Algorithm warns of rogue waves

Incoming
Ultimate, theater, and EE
Learning to think like an engineer

Ultimate, theater, and EE
Look, no hands
Startup bringing driverless taxi service to Singapore
Look!, no hands
One qubit closer
Scalable quantum computing

One qubit closer
Resistant tumors
Why some cancer cells withstand treatment
Resistant tumors
Nearly weightless
The thinnest solar cell yet

Nearly weightless
Modeling Zika
The search for Aedes aegypti

Modeling zika
Got mobius?
Novel app empowers MIT maker community
Got mobius?
Survival
 
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