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WHOI Names New Chief Development Officer

Priya McCue brings curiosity and passion for science to the job

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Curiosity may be detrimental to cats, but it is also the key to being a good fund-raiser, says Priya McCue, who was appointed chief development officer of Woods Hole Oceanographic Institution (WHOI) in October 2009.

“We are the nosiest people in the world,” she said with a laugh. “We really, really are interested in people and what makes them tick and what motivates them, what makes them want to be interested in and support an organization.”

She’s also intensely curious about the science being done here. During her first months at WHOI, in addition to meeting as many WHOI trustees, corporation members, and donors as she could, she’s visited at least one laboratory every week to talk with scientists and learn about their research and what they need from the Institution to keep doing their work.

“There are so many exciting, promising scientific pursuits going on here,” she said. “You meet with one scientist and you think, ‘That’s the coolest thing I’ve ever heard.’ And then the next day you meet with another one and you think, ‘Wait a second, there’s even more!’ It’s great.”

A passion for research

A native of Rochester, N.Y., McCue grew up as "a Kodak kid," she said. Her father, who has a Ph.D. in physics, headed Kodak's microelectronics division. She attended Cornell University, majoring in biopsychology, and began working as a fund-raiser for her alma mater a couple of years after graduation. Before embarking on her career, though, she took a little time to explore. She taught English at a school in Thailand and traveled around India, where her father was born.

In 1997 she went to work in the development office at Dana-Farber Cancer Institute in Boston. Over the next 12 years she rose to the position of associate vice president for development, overseeing programs that generated nearly $50 million a year in private gifts.

“It was a wonderful place to work, because I had very close partnerships with the scientists there and learned about their work and how to translate it to a lay audience,” she said. The experience showed her that she loved the science aspects of her job as much as the fund-raising activities.

“Once I was there a few years I realized, this is absolutely perfect for me,” she said. “While arts organizations and liberal arts universities are wonderful places and deserve funding, for me, I need to fund-raise for a place that I feel passionate about. And I knew then that wherever I went next would have to be a research institution.”

Support for what government won’t fund

McCue said WHOI has been fortunate this past year in receiving a good share of federal economic stimulus funding, which has helped compensate for a drop in private contributions traceable to the tough financial climate. Having strong support from both private and public sources is like diversifying one’s own investment portfolio, she said. It protects the Institution against economic downturns and can make the difference between an institution that is merely adequate and one that truly excels.

“I think that if we can build our private philanthropy into a solid revenue stream that can particularly fund efforts that federal agencies will not fund—such as salary support, endowed chairs for our senior scientists, capital improvements, seed funding for innovative high-risk research—that’s where I think we can add value.”

She said her near-term major goal is to devise and execute a five-year fund-raising plan that will greatly expand WHOI’s donor base. “We are very fortunate to have a wonderful, very loyal and very generous donor base right now,” she said. “One of our opportunities at WHOI is to really sing our song and tell our mission to an even broader audience.”

Doing so will require her and her team to translate WHOI research in clear terms for potential supporters and hone a message about the Institution’s work that will resonate farther and wider, she said.

Distilling messages that resonate

McCue said her challenges at WHOI will be somewhat different from those she dealt with at Dana-Farber, where the development team had a very visible and popular “brand name” in the Jimmy Fund. Supporting research aimed at defeating childhood and adult cancers, the Jimmy Fund has been active for decades and is the favorite charity of the Red Sox. With 98-percent name recognition in New England, it has vast grassroots support. Massachusetts drivers can even buy a license plate with the Fund’s name and logo on it.

In contrast, McCue said, the wide range and complexities of the ocean-related questions being investigated by WHOI scientists pose a challenge in that the Institution’s research can’t be summed up in a single brief statement that potential donors can readily relate to.

In McCue’s view, “environmental advocacy organizations often will take a stance on an issue, which gives them a very clear mission and a very clear message,” she said.  “That can be a big advantage when seeking support. But, on the other hand, they do have a biased viewpoint when it comes to societal issues.”

That’s where WHOI stands out.

“WHOI scientists, for the most part, have no agenda beyond pursuing basic research,” she said. “We go out into the ocean and bring back knowledge about how our oceans work, how the oceans affect us, and how our actions affect the oceans. Not all of our research is so obviously and immediately applicable to people. But the discoveries WHOI scientists make provide the foundation for making wiser decisions and policies to deal with many of society’s greatest challenges—from adapting to climate change, to mitigating natural hazards, to managing food, water, and energy resources, even national security. I don’t think there’s any place in the world focusing on ocean sciences that does that as well as we do.”

From the Series



WHOI's new chief development officer, Priya McCue (left), relishes learning about the science being done by WHOI researchers. Here, she observes a demonstration by marine geochemist Meg Tivey, who studies deep-sea hydrothermal vents. The rock specimens on the bench came from different chimney-like formations created when minerals precipitate from hot fluids that mix with cold seawater as they vent from the seafloor. Tivey is showing McCue how she measures the specimens' permeability—that is, how easily fluids flow through them. Here's how it works: A rubber tip is used to seal the tip of a pump 
against the rock surface, and the pump is used to create a vacuum. As 
air passes through the rock (from all portions except where the rubber 
tip is placed), the vacuum will dissipate. The time it takes for the vacuum to dissipate is a measure of the rock’s permeability. Measurements are being carried out on 
many different vent deposit samples to help determine where fluid 
flows most easily through them. This information helps scientists learn how the deposits grow, and which areas in them provide the best places for organisms to reside. (Jayne Doucette, Woods Hole Oceanographic Institution)

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