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The Cornell Tech campus on Roosevelt Island doesn’t open until 2017—but its grand experiment in graduate education is well under way

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Photos by John Abbott

A worker walks across a floor, with Manhattan in the background

Even as just a steel frame, the Bloomberg Center offers a commanding view of Manhattan.

In a basement gym on Roosevelt Island, grad students in matching white T-shirts are teaching Halloween-costumed middle schoolers how to design their own video games.

At a nearby construction site, three state-of-the-art academic buildings are rising amid the clatter of moving steel and pouring concrete.

On the thirty-eighth floor of a Man­hattan skyscraper, a half-dozen start-ups are launching their businesses from offices with sweeping city views.

And in borrowed quarters in Google’s Chelsea building, a cadre of students and faculty are pioneering a bold experiment in graduate education.

Welcome to the University’s most prominent work in progress. Cornell Tech has been moving ahead at breakneck speed since December 2010, when then-Mayor Michael Bloomberg announced a competition to build a graduate technical campus on city-owned land on Roosevelt Island—and the University swiftly re­­solved to be a contender. Cornell won the bid a year later, amid much rejoicing both upstate and down.

A view of the construction site in mid-November.

The Roosevelt Island construction site in mid-November, with the Bloomberg Center at right and the residential tower at left.

Fast forward to today: a mere four years on, the campus has granted dozens of master’s degrees. Some 150 current students and about twenty faculty are crammed elbow to elbow in temporary space donated by Google. Tech professors have ongoing research projects in a wide variety of fields, including numerous collaborations with their colleagues in Ithaca. Construction on Tech’s permanent home is proceeding rapidly, and two new degree programs—one in law, the other in operations research—are scheduled to begin in the fall. Even students who’ll never study on Roosevelt Island are reaching out into its community, with events like the middle-school “code-a-thon” held there in late October. “Things are cruising along,” says Dan Huttenlocher, Tech’s founding dean. “It’s great. It’s a place now. The last time I talked to [CAM], it was a figment of somebody’s imagination.”

From the beginning, Cornell Tech was envisioned as a different kind of campus. For one thing, it’s in the middle of the East River. Although its home island is only about 3,000 feet from Manhattan proper—the Tech campus is across thewater from the Medical College, which is located on the borough’s Upper East Side—it’s only accessible from there via the subway’s F train or an aerial tram. To drive there, you have to take a bridge from Queens.

But logistics aside, Tech was designed to be different on a cultural level: it would have one foot in academia and the other in the rapidly evolving Internet sector. If a traditional university changes slowly—shifting course gradually, like an oil tanker—Tech would be swift and nimble, like a yacht. “We have license to do a lot of things in a new way; in fact, we have a mandate to do that,” says Mor Naaman, a social media expert who was among Tech’s early faculty hires. “We’re also willing to fail and to learn from our experiences. One of the great things about this place is that we can evaluate ourselves very quickly, and we can change to make it better.”

Matter of Degrees
Tech’s educational offerings


PhD
Cornell Tech currently hosts PhD candidates in four fields: computer science, information science, electrical and computer engineering, and operations research. Applicants are admitted through the same process as their Ithaca counterparts, and become affiliated with Tech if their thesis adviser is based there.

Master’s in Information Science
The Jacobs Technion–Cornell Institute offers the two-year “MS in IS” in two fields. Health Tech involves such topics as using mobile devices to improve medical outcomes; Connective Media focuses on the convergence of communication, information, and media.

MEng in Computer Science
A one-year program, Tech’s MEng is geared toward students with a background in computer science or a related technical field and a strong interest in entrepreneurship.

Johnson Cornell Tech MBA
Conferred by the Johnson School, the one-year business degree requires students to spend the summer taking classes in Ithaca before moving to New York.

Master of Laws
Launching in fall 2016 in partnership with the Law School, the LLM degree will focus on the interface of law, technology, and entrepreneurship. It is tailored to practicing attorneys or recent JD grads.

MEng in Operations Research and Information Engineering
Also debuting in fall 2016, the MEng in ORIE takes a tech-focused approach to the science of decision-making in complex environments.

 Like most Tech faculty, Naaman also has an appointment in a department on the Ithaca campus—in his case, information science. The exceptions are some professors in the campus’s Jacobs Technion–Cornell Institute, a partnership between the University and the Technion–Israel Institute of Technology that offers master’s degrees granted jointly by the two institutions, who have appointments at the Technion. “It’s a great opportunity here in that we start almost fresh, but with the Cornell and Technion brands—the name, heritage, connections, network, alumni, and reputation,” says the Israeli-born Naaman, whose résumé includes a research stint at Yahoo and a career in pro basketball. “We can try new things, and have the gravitas of Cornell and Technion behind us.”

Ask just about anyone at Tech—the 150 or so master’s and PhD candidates; the roughly two dozen faculty; the ten postdocs—and they’re likely to describe the campus in a similar way: not only is it preparing students to work at the intersection of technology and entrepreneurship, but it’s a start-up in its own right. “There are a thousand things going on—there’s this lively buzz,” says Michael Karp, MBA ’15, who was in the first class of Johnson School students to earn their degrees at Tech through a one-year program. “People are always hanging out and working collectively, even if there are no classes going on. It felt like it almost served as a home base for this start-up ecosystem, which I found to be rare in an academic environment.”

Karp is chief operating officer of DogStar, which is de­signing and marketing a device to interpret canine emotions by tracking tail movements. The start-up began as one of the collaborative projects that Tech students do as a key part of their education: mixed teams of MBAs, engineers, and computer scientists develop products and business concepts, with advice and feedback from industry mentors. Last spring, DogStar was one of the lucky crop of projects that won seed funding and a year’s residency in Tech’s incubator space. Located in the New York Times building, the open-plan offices come complete with giant windows and an eye-popping view. “I’ve never seen a co-working space in New York that’s this large and prest­­i­­gious,” marvels Rachel Mayer, MEng ’15, co-founder of another of those start-ups, a mobile platform for stock trading dubbed Trigger. “From a marketing or investor standpoint, when we bring people here, it puts us on a different level.” Mayer majored in math at MIT and spent four years on Wall Street before matriculating at Tech, where she was in the second-ever class of MEng students in computer science. “It seemed so perfect for what I was looking for—both for pursuing your own ideas while taking technical classes, as well as engaging the start-up community in New York,” she says. “The faculty have experience in both academia and industry, and it was great to be able to work closely with them on projects and get the kind of absolutely untouchable advice that you wouldn’t otherwise have at another large academic institution.”

Areas of Interest
A sampling of faculty research

‘Small Data’
Deborah Estrin, who has a joint appointment in public health at the Medical College, is harnessing the data your smartphone generates—be it GPS info on how far you walk or a grocery app that knows what you buy—to help improve your health.

Who’s that Bird?
In collaboration with the Lab of Ornithology, computer science professor Serge Belongie helped develop Merlin Bird Photo ID, which uses computer vision technology to identify feathered friends.

Play it Safe
Tech has numerous faculty working in the field of cybersecurity, on issues ranging from better encryption methods to a new form of cryptocurrency

to improving safety in the cloud.

Share Alike
Mor Naaman, director of the Connective Media program at the Jacobs Technion–Cornell Institute, is studying ways to build the social infrastructure of peer-to-peer economies—for example, urban dwellers sharing resources like power tools or a car.

Inside Look
Computer vision expert Ramin Zabih, who has a joint appointment in radiology at the Medical College, works on improving imaging technologies such as MRIs.

Man and Machine
Nicola Dell, who studies human-computer interaction, uses technology to aid underserved populations, such as a social media platform for low-income blind people in India or a text-messaging system to improve prenatal care in Kenya.

Trigger and DogStar are among about a dozen companies that have al­­ready spun off from Tech—roughly half of them started by master’s alumni, the other half by postdocs in the Jacobs Institute. The campus’s status as an economic engine is no accident: a major impetus for the Roosevelt Island competition was to spur the city’s tech sector, with the aim of fostering Gotham’s answer to Silicon Valley. And indeed, Huttenlocher says, those initial start-ups employ some seventy-five people. “For this early a stage—and you have to remember, we have less than a hundred alumni—to have ten or twelve companies, that isjust crazy,” he says. “I would never have predicted that much start-up activity.”

Cornell Tech, says Huttenlocher, was designed to be “a very porous organization”—not only across disciplines, but between academia and the outside world. “In the digital age, that’s a particularly important change from the big industry of the last century and a half,” he says. “Things moved slowly; it took decades to get from the research lab to a product. It took huge amounts of capital to build the factories to produce things. That’s not the world we’re in today, which is very dynamic and flexible.” Many of Tech’s faculty have extensive industry experience—like Ari Juels, a cybersecurity expert who spent seventeen years at RSA, a network security firm, before joining the Jacobs Institute in 2014. “I like to develop technologies that are used in the real world, and this seemed to be baked into the Cornell Tech mission,” he says of what attracted him to the job. “In general, there’s a pretty large gap between academic research and industry’s needs and practice, and Cornell Tech is trying to close that.”

During fall semester, student teams work on what are known as “company challenges”—collaborating on assignments for such firms as Uber, MasterCard, and Twitter. Last fall, for example, Weight Watchers sought ways to encourage young people to eat better and be more active, prompting a Tech team to design a colorful app where teens earn virtual “apples” for healthy choices. During spring semester, students devise their own projects, often with an eye toward spinning them off into viable start-ups. “Projects are really the highlight of the entire program, and of the Cornell Tech approach,” says Shawn Bramson, a second-year student in the “alpha” class of the Jacobs Institute’s connective media program. “Over the twenty courses I will have taken for graduation, I’ll have had one exam; everything else is project-based.”

Students coding

Bramson is currently focused on his own start-up: Pallette, which is developing a retainer-like device that lets quadriplegics use a smartphone—and whatever is connected to it, such as lights or a thermostat—via tongue control. The project, which Bramson started with three other connective media students, began in a course on human-computer interaction; now, the team has a prototype and is working with disabled people to refine it. “Unlike a typical program, Cornell Tech is focused expressly on accelerating its students out into the workforce, either in a big setting—like the Googles and Facebooks of the world—or a small company, either an existing start-up or one of our own,” Bramson says. “Now more than ever, the tech industry needs people with interdisciplinary skills—who have not just the ability to ‘code their hearts out’ and propose a business plan, but the understanding to ask, ‘What is technically feasible, and how does that impact the market’? So it’s an exciting time.”


 

Founding Father

A chat with inaugural dean Dan Huttenlocher

Dean Dan Huttenlocher

What has it been like for you to lead Cornell Tech from the ground up? It’s an amazing opportunity; I don’t think there’s anything like it in higher education. It has been a fun ride. You’re building something new—from the initial three or four people camping out in a Cornell office in Midtown to when we moved into the third floor of the Google building in summer 2012 and were a dozen people in 20,000 square feet, just rattling around. Now we have 130 master’s students and about ten staff in that space, so it’s pretty full. For me, the big change is that I’m managing an organization. At the beginning I was either doing everything myself or being involved in everything that got done. Now, 90 percent of what happens here, I’m completely clueless about. [He laughs.] Which is more what a dean’s job is usually like.

Faculty here sit in an open-plan office, which is much more common in the tech sector than in academia. Do you like it? I could not go back to a private office. This is a dynamic environment where you see the work happening, you see people engaging and doing things. There’s a lot of energy from having a bunch of people in one place.

Both Tech and the Ithaca campus offer a one-year master of engineering [MEng] in computer science. How are they different? The most explicit difference is that we require our students to take the project-based and entrepreneurially based portions of the curriculum. There are all kinds of great opportunities in Ithaca to do something entrepreneurial, but those are options; we require it. Our students build products in both semesters and end up with a portfolio—not just course projects, but actual things that users might be interested in.

Could you contrast the faculty experience on the two campuses? The biggest difference is that we’re building infrastructure here to support faculty and their research teams’ engagement outside academia. One big example is the Foundry, our in-house product-development team [of designers, product managers,and software engineers], which takes faculty research ideas and gives them more professional resources.

Given that Upstate New York isn’t for everybody, one of the proposed benefits of Tech was that an urban campus would give Cornell access to talent it couldn’t otherwise attract. Is that being borne out? We’ve certainly hired faculty here who would never have gone to Ithaca, and we’ve retained faculty who would have left Cornell. There are people who love cities and people who hate them. So the fact that the University has both campuses means that it broadens the set of people who apply. It’s a powerful combination.

If you could teleport yourself to the future and visit Cornell Tech when it’s completely built out, what would you hope to see? It’s going to be the defining graduate school for the digital age, much like Cornell was one of the defining schools for engineering. The Sibley School was one of the first mechanical arts departments, and there are now engineering schools at almost every major university in the country. This is that level of change in higher education—and we’re the trailblazers.

 

Green Acres

The Roosevelt Island campus aims to be eco-friendly

Island time: The Bloomberg Center (at left in the above rendering), residential tower (at center), and The Bridge (at right) are under construction. Below middle: An aerial shot of the campus. Below right: Tech will boast sweeping views.

Island time: The Bloomberg Center (at left in the above rendering), residential tower (at center), and The Bridge (at right) are under construction. Below middle: An aerial shot of the campus. Below right: Tech will boast sweeping views.

Design view of the new site When fully built out circa 2043, the Cornell Tech campus will have two million square feet of buildings on its twelve-acre site, which includes park-like green space open to the public. Currently, the first three buildings are under construction, scheduled for completion for fall semester 2017. A fourth structure included in the initial phase of development, the Verizon Executive Education Center, is slated for completion in 2019.

Bloomberg Center
Designed by Pritzker Prize-winning architect Thom Mayne, the four-story, 160,000-square-foot academic building is planned to have “net zero” energy use, generating its own power with rooftop panels and employing geothermal heating and cooling.

Residential Building
The world’s first residential high-rise built to “Passive House” environmental standards, the structure will be 270 feet high and offer 350 units for students, faculty, and staff.

The Bridge
Built to LEED Silver environmental standards, this “corporate co-location” facility will bring together tech entrepreneurs with students and faculty.

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