SPI Exec

SPI Book Club: A look back at the first year

Written by Willie Boag

January 17, 2022


The Birth of SPI Book Clubs

Starting in Fall 2020, the Science Policy Initiative has hosted a well-attended Book Club. We read one book per semester and discuss each over multiple sessions. In Fall 2020, we read Upstream by Dan Heath. For Spring 2021, we solicited suggestions via Google Form and then voted on candidates, ultimately selecting Why We’re Polarized by Ezra Klein. Everyone who signed up to participate in the book club was mailed a copy of the book, purchased locally from Brookline Booksmith.

The motivation for our book club was to make an accessible and inviting event. To that end, each session of the book club begins with the facilitator giving a 5-10 min recap of what happened in that section of the book. So far I, Willie Boag, an EECS PhD student, have facilitated them. In order to make the most of the virtual zoom format starting in spring 2020, I used slides to summarize the content of Upstream (Part 1, Part 2, Part 3). This was appreciated both by people who did not have time to do the reading and also by people who needed a quick refresher. Providing this baseline context allowed for more engaging discussions. No one or two people were the “experts” for being the only ones to complete the reading.

Our first book: Upstream

Upstream was a terrific first book choice! It discusses how to solve problems “upstream,” that is, before they blow up and require emergency responses. It begins with a framework for why upstream problems are difficult to tackle and then transitions to important elements leaders can employ in order to address them.

What makes this book amazing is its heavy reliance on case studies. It doesn’t just say “this is a framework. I am smart, and I built it, so you should follow it.” Instead, it uses its framework (with memorable terms for each element) to analyze many case studies. You don’t actually need to care about the framework to get something out of the experience. You can just admire, for example, that the Chicago Public Schools increased its graduation rate from 52% to 78% and ask “How can I do what they did?” You can admire how Rockport, IL eliminated veteran homelessness in one year, and try to understand how to copy that success. The book doesn’t give the framework just for the sake of feeling smart, it presents it as a way to break down successful solutions into something replicable.

Upstream’s Lessons in Action at MIT

I applied many of the lessons from Upstream to some of the Diversity, Equity, and Inclusion organizing work in the EECS department during Summer 2020. EECS student leaders worked to learn from previously unsuccessful efforts; this time they worked on uniting the right people, finding points of leverage, focusing intensely on metrics of success, and insisting that the department provide funding to support the important efforts that came about. This culminated in a student petition to the department, which led to many reforms, including the department hiring a full-time Diversity Officer, including students more formally in faculty hiring (though there’s still room for improvement), sharing demographic enrollment data with the community, and supporting student-run efforts (e.g. GAAP, where each mentor was paid $75 per mentee they served).

Outlook for the SPI Book Club

Over 60 participants signed up for the Fall 2020 book club sessions, and over 40 for the Spring 2021 ones. In fall 2021, SPI continued hosting book clubs, and is excited to explore the perspectives of a diverse set of authors moving forward. Keep an eye on our email list and social media accounts (Twitter, Facebook) to join us next time! We’ll be discussing The Digital Doctor on January 25, 2022 at 7PM at this zoom link.

The History of SPI: A Conversation with William Bonvillian

INTERVIEW BY KENNY KANG

William (Bill) Bonvillian is currently a lecturer at MIT in the departments of Science, Technology and Society and Political Science, as well as a Senior Director of Special Projects at the MIT Office of Digital Learning. From 2006-2017 he was the Director of the MIT DC Office. He sat down with Kenny Kang, SPI’s 2018-2019 External Liaison, to discuss his career and his role in SPI’s history.

Kenny Kang:               

Before we delve into things related directly to SPI, I just wanted to ask how you were initially hired on to be the director of the DC office as some background.

Bill Bonvillian:            

Sure. You know, I'm actually trained as a lawyer and practiced law. Then I became, early in my legal career, deputy secretary of transportation and director of congressional affairs with the US Department of Transportation; I went there because I was interested in policy. I worked at that time on all the big deregulation bills Congress was passing. I worked on the Chrysler bankruptcy legislation, and how to salvage the US auto-industry. It was a great policy experience. And I did a lot of work with Capitol Hill. So, after a number of years of practicing law after my transportation job, a good friend of mine got elected to the US Senate. Somebody I' worked for in the past, and I had one of these classic Capitol Hill conversations.

I got a call that said "Bill, why don't you come on up and meet me in my office? We'll talk." Well, that conversation actually went on for the next 15 years. I thought I'd do it for a couple of years, but just couldn't resist staying. The work was just too much fun, too fascinating and I was involved with big issues and problems that I really cared about in a way that you just can't do practicing law. I was not unhappy at all while practicing law, but you just can't do policy while practicing in the same kind of way. So that was a fascinating experience. I began gravitating in the course of my work as a legislative director and senior legislative advisor more and more towards science and technology policy and was involved in, you know, I'd say frankly, virtually all of the major legislation moving on S&T policy through the Senate and the Congress in general in that 15 year time period.

And these issues fascinated me. I had first gotten involved in the implications of technology and really looking at the US auto-sector and what was happening to it. I did a lot of work on R&D issues in support of the Senate Armed Services Committee; I got to know the DARPA model well, and how different that was from the historic agency pipeline model. I learned all those lessons from the agencies pretty well, and learned the S&T policy process well, during the course of that congressional experience. I did a lot of other things too. I worked on creating the Homeland Security Department, worked on creating intelligence reform legislation and the Director of National Intelligence. But as part of those, I would always have an S&T policy role. I also helped create an ARPA within homeland security (HSARPA). So it was a deep dive into S&T policy.

And MIT in that time period had created a program of bringing senior congressional staff up for a three-day, intensive seminar at MIT around a key policy area that was deeply tied into science and technology. And those were fascinating explorations across a wide range of activities. I got to know MIT as part of that process. I was up for five or so of those over the years, and found them very intriguing and developed a real affection for MIT. In the process I got a real sense of what it was like. Chuck Vest, who was president of MIT in that time period, had always spent time with congressional staff, so I got to know him - a remarkably impressive guy. So when a job at MIT opened up to direct their Washington office, I figured I’d get to work on all the issues I was really deeply involved in, and I'll get to do that full time. So I applied, took that slot, became Director of the Washington Office in, 2006 I believe it was, and was hired by Susan Hockfield who was MIT's incoming president.

Kenny:                        

Well, thank you for that introduction, and I think that segues pretty nicely into my next question. From my interpretation of events, it seemed like you were involved with SPI from its very early beginnings, which I believe coincided more or less around when you started, at the MIT DC office. So from your perspective, how did SPI get started and at what point were you approached to start building that relationship that we've been so fortunate to have, and has been really instrumental in SPI's growth in the following years.

Bill:                             

That's kind of a fun story, one of my favorite MIT experiences, because it's been very important to me as well, a source of real pleasure. So Susan Hockfield is the new president of MIT, and a very talented, very able person and a terrific MIT president. Susan wanted to stay in touch with students and she had adopted an approach of having breakfast with small groups of students. So she really talked to them and found out what they were thinking on a weekly or bi-weekly basis, as she could. So at one of those meetings with students, she had a meeting with an MIT graduate student named Alicia Jackson. And I got an email, you know, like the next day from Susan. And the email is essentially along the following lines - "Bill, I had breakfast with MIT students. I had a lengthy discussion with one of those students, Alicia Jackson. Alicia expressed great concern about the fact that MIT students were getting graduate degrees and going into the science and tech fields, engineering fields and they didn't know - they knew their science, they knew their engineering really, really well - but they didn't know where these organizations came that were going to have to provide their R&D support.” They didn't know what their history was. They didn't know what their policy perspectives were. They didn't know what role they played in the system. They weren't taught the big picture of the system that they were going to spend their lives in. And it was kind of a black box. They knew what the grant application process was, but they didn't really have a perspective on how these institutions operated. They were kind of left in the dark. I'm extrapolating a bit from later conversations with Alicia, but that was the essence of Susan Hockfield's message. So her directive to me was “the next time you're on campus, please meet with Alicia and see how you can contribute since after all you understand how this system works.” I said, sure. And sure enough, I emailed Alicia, and we set up an opportunity to have coffee, and I got pulled into a conversation with her and she began asking me all kinds of questions, queries in a very tough-minded kind of way. No nonsense. "What's this, how does that work? How's that connected with where it is? How come you know all this stuff? What's your background, what's your experience?" She managed to get out of me the fact that I'd been teaching for four or five years at Georgetown, of course, on science and technology policy there. And when she found out that I was already teaching and had already organized a full semester large course on this topic, and was teaching it, the conversation went on as, well, "why don't you teach that here?" I said, I can't possibly teach that at MIT, I've got to be in Washington.

And I was new to MIT, so she said, "well, haven't you heard of IAP?" And she explained it to me, a month-long short semester in January. And she said, well, you'll teach it then. I said, well, I can't come up for a month, I've got to be in Washington. And she said, no, no, no. You'll teach it for a shorter period of time. You know, fine, that was her idea. But I was skeptical. I thought, fine, this idea will fade. I had my meeting, I emailed Susan back, following up on my meeting with Alicia. And a little time passes. And then I get a message from Alicia with a number of other MIT email addresses on it, and the message says, "When are you next up on campus? I want you to meet with The Committee." It was kind of unexplained. But I said, sure, I'll meet with “The Committee.” And sure enough when I went back to MIT, there was a group of about five MIT students, grad students, who were intensely, along with Alicia, pursuing this subject of setting up a short course during IAP, and they persisted in this. And I said, look, I don't have time to organize a whole course, I've got more than a full time job. So you're going to have to organize this. I'll show up and I'll teach and all that. I've got a really big curriculum that I've been teaching at Georgetown, but I'll turn it on its head and turn it upside down and rethink it to organize a short course and a syllabus around it. And they said, fine, you do that and we'll organize the course. And sure enough, much to my utter amazement, they did. And it was an early lesson for me on MIT and its culture.

The lesson was, if you want to get stuff done at MIT, the students do it. So always involve them in whatever you're up to at MIT because they'll provide tremendous dynamism and energy for organization. And that consistently proved to be the case on many things I've worked on at MIT, in my 11 or 12 years working in the Washington office. So anyway, that began the “Bootcamp” course. But we were concerned about what the “come-on” to the course was going to be (why students would be interested). So I had suggested to them that, gee, let's offer in the spring a program where the MIT students would come down to D.C. to learn about how Congress works, and we would work with them on organizing (the Washington office and I), over a two day trip to Washington.

I had been involved in a long standing effort, led by a series of science organizations, called Congressional Visits Day. And it brought in experienced scientists and engineers, but not students. We brought them in for two days in a very organized way to lobby Congress, meeting with congressional staff and members to support federal R&D funding in science and technology areas. I knew it would fit into the Visits Day program, except MIT would send a student delegation rather than a company sending three or four scientists or science organizations sending groups of scientists from different states. So we pledged that we would put that together as part of the come-on to build interest in the Bootcamp course because we weren't sure that anybody was going to be interested in that alone.

So the students advertised the course widely that year. This is 2007, and then we certainly hit a big problem, which was a good problem. The response to the request to join the course was overwhelming.

One of the solutions was saying in the application, if you want to join the course, you have to write a multi-page essay about why you want to be in the course. And we thought, well nobody's going to write an essay to get into a course, but sure enough, students did and it was still totally over subscribed. So, you know, the students were in charge of this. They had to make the cut. So they did and that’s how the first Bootcamp began.

I think it went really quite well. And you know, fortunately I had a substantial amount of experience by now in teaching. And then from my 15 years on Capitol Hill working with the R&D agencies, I knew what the federal R&D system was and I had a significant perspective on international as S&T organization, because of my involvement in these issues in my congressional jobs.

So, we put together this multifaceted course essentially on science and technology policy, and its main theorists and thinkers in innovation policy from the economic side, on international S&T policy and organization side and with a strong focus on how S&T was organized. I spoke at the institutional level, but also discussed what R&D advances look like in terms of the teams and great groups at the face-to-face level. And we did case studies, particularly in areas like the life sciences. And then we focused on what the DARPA model was versus the NSF model, for example, and had case studies in energy for which there was strong interest. Susan Hockfield had started a big energy initiative on MIT’s campus so lots of students were interested in that. So the course went off well.

But then I was approached by “The Committee," and was told that there were a lot of people really angry that they didn't get into the course. And so I was going to have to teach it again. They said, look, you're going to have to give it again in the spring just for the people that were upset since we don't want to start our organization by creating a community that's aggravated. They said, look, we got a solution to that problem. We'll give it over Patriot's day weekend, and don't worry, Patriot's Day weekend is a great MIT student break time. No one's going to apply to take it. Then you won't have to give it. Well, needless to say they were wrong so I had to give the course again in the Spring and you know, at that point we vowed, let's not advertise. Let's not make that mistake again. Let's rely on word of mouth in future offerings.

But that began the program. And then the Washington office worked with “The Committee" to organize that spring Congressional Visits Day (CVD) in coordination with the science organizations' efforts to bring in scientists to lobby for a day. You know, that was fascinating. We got a group of 20 or 25 MIT students who had taken our course, and therefore had a whole background in S&T tech policy. And so they were ready for this. They knew what story was, what the broad picture was, and the committee did a lot of really good organizing to get the students prepared for what they were going to do.

The MIT Washington office and I put on quick course in advocacy. How do you do it? How do you lobby Congress? How do you make your case? You walk in with a one page document that states your case in what you want and need. You never go into a congressional office without an “ask.” All those kinds of fundamental lessons of lobbying we taught in kind of a multi-hour seminar. So the students came down to the Washington office. And then they would participate also, in broad presentations on the issues that were held at the American Association for the Advancement of Science (AAAS). And then they themselves organized meetings on Capitol Hill with many congressional offices. So that's where CVD came from, which is a second main-stay along with the S&T policy course, of SPI. And the committee of course became SPI. And, you know, it's been a thriving and fascinating organization I've been delighted to be associated with since then.

Kenny:                        

So at what point did Executive Visits Days (ExVD) start? That was my first big SPI event and I thought that provided a great framework to then sit in on your bootcamp and then attend the following CVD that I was a part of.

Bill:                             

Only a limited number could come on CVD because the cost of flying students down, but SPI had gotten great at raising money from deans and MIT administrators. Frankly, if you're a dean of science or dean of graduate students, and a group of students walk in and say, “Hi, we'd like funding so we can understand S&T policy and organize ourselves to go down and lobby Congress for science support.” You know, how could you say no? These were all issues about science support, that were real national issues, real issues for the future of science in the US. So the deans found this an incredibly appealing pitch and have been willing to provide support for CVD since then.

ExVD came about in part because it was important to have a perspective on what the Executive side was, after learning about the innovation organization system during Bootcamp. You know, wouldn't it be important to visit the Executive branch agencies and get a sense for what they were like?

This all coincided in a period of time when fewer students were actually going into academia although their education in many ways was geared towards an entrance into that career path. But smaller numbers of jobs were opening up. So students were going to leave with PhDs and graduate degrees, but were going to need to go do other things. And you know, what kind of careers were they going to have? So careers in science and technology policy became an increasing interest at MIT in this student community. So that was another motivation to start ExVD.

And you know, we could organize those meetings, too, because in the Washington office, our job is working with those R&D agencies. And frankly there were MIT alums in almost all of them, who were happy to spend time with MIT students. So working with SPI, this became another piece in the puzzle, a programmatic puzzle that is now key.

Kenny:                        

From my perspective, the core driving force of SPI has been consistent throughout the years, but in what ways have you seen SPI change or grow that you were either surprised by or pleased to see?

Bill:                             

I think one of the more impressive things SPI has done, is that it organized a science policy certificate program at MIT. You know, this wasn't my doing, but I was delighted to watch and provide some assistance. This was when Johanna Wolfson was leading SPI, but there was a whole team of folks deeply involved in this effort. I mean, the idea was a simple one, you know, there was a whole group of policy courses spread in various places around MIT that you could actually organize into a more coherent framework for graduate students that wanted to come out of MIT, not only with their graduate degrees, but secondly, with a certificate indicating they had background and perspectives in science and technology policy. And there was a sense that students wanted to go into S&T policy and that they might well have an interest in having a certificate indicating their background in it, not only a traditional, rigorous science and engineering background.

So the student group organized SPI around this and they created a faculty committee. There were some faculty at MIT strongly interested and supportive of that kind of programmatic element at MIT. The faculty committee was very supportive and really worked with the students, and the SPI group assembled a list of policy courses in MIT and began to put together kind of a menu approach. The Bootcamp course that I had taught then would be kind of a framework introductory course that was a requirement for the certificate program. Then there would be a series of other policy courses around MIT that grad students could take based upon their interest and fields, whether they were in energy areas or economics, etc. And that I think has really been a real contribution to grad students that might want to pursue policy careers.

Kenny:                        

So are there any specific notable events during SPI’s history that stand out to you?

Bill:                             

One CVD memory sticks out. Senator Scott Brown, a senator from Massachusetts on the Republican side got elected in somewhat of a surprise election win. He was delighted to meet with the SPI students when they came down from MIT during one of these congressional visits days. And the students had a meeting with him when he was brand new to the Senate, and very concerned about federal budget deficits.

The students went in and met with him and made a pitch. I was sitting at the back because sometimes we from the Washington Office sit in on some of the Massachusetts meetings to see what's on the members' minds. And Senator Brown's response to the pitch from the students about increasing science R&D spending, which, you know, is fundamental for US economic growth and economic wellbeing – Senator Brown said, “Look, I'm worried about the budget. I can't necessarily make that kind of commitment. We got an out of control, budget deficit to manage.” So the students were concerned and they went on and made their case. You know, they cited Robert Solow and said we'll have technological advances, economic advances for wellbeing in the US etc. They had their case down but Senator Brown wasn't there.

So the students were concerned about this. This is Massachusetts, a very strong science state. What do we do? So we had a chat afterwards and I made some suggestions, but the students had the heart of the idea. They decided, Senator Brown may not listen to university students, but he sure listens to the business leaders. So let's make connections with the business groups in Massachusetts, which overwhelmingly, frankly, support science and R&D spending because there are many advanced tech companies that just completely rely on it.

So they met with the Mass Tech Alliance and the head of the Mass Tech Alliance at that point was Ray Stata, an incredible MIT alum, and also on the executive committee of the MIT Corporation. I wasn't in these meetings, of course the students did them and organized them, but you know, I was told later that Ray was totally on board this idea. And the next time he met with Senator Brown, he made a strong pitch for science and technology R&D support. And other business groups joined in.

And there was pending legislation at the time, called the America Competes Act to increase science funding and it was up for reauthorization. And it had been supported by some stalwart backers of science in the Senate. But Senator Brown was not a cosponsor when it came time for this bill to come to the floor. I was watching, on CSPAN, the floor debate, and sure enough Senator Scott Brown rushes down to the floor and announces that he wants to be added as a cosponsor to the legislation that's going to support strong increases in R&D spending.

And then he proceeds to deliver a strong endorsement of R&D support as critical to American growth and the fundamentals of our economy and a strong tech sector. It was an impassioned talk. You know, SPI working and meeting with his office in Massachusetts and sending them materials and meeting with the business groups really helped bring about a change in Senator Scott Brown and changing his fundamental attitude towards what the value and importance of S&T investments is. 

So that was just a fun episode. It underscored for the SPI students that you can't just hold one meeting with a member of Congress or staffer. You got to have follow up and you've got to have allies that can give you continuing support. It was a great case study in the advocacy process for the students that time.

Kenny:                        

Yeah, that's an amazing story. If you want to make any closing remarks, we’d welcome them, but otherwise, thank you so much for your time and for this conversation.

Bill:                             

What I've been fascinated by watching (and I've been a little involved in it), is the spread of SPI-like organizations around the country. SPI was really the first. After some years it began working on trying to be helpful to students in other universities that wanted to form similar organizations. And frankly that's now become a national movement and it's got support from the AAAS, it's got support from the American Association of Universities and there's now SPI-like organizations in a number of American universities. And the University of Virginia, which has an SPI that I've been in touch with over the years, they've now raised foundation funding to create chapters and organizations of SPIs like this around the country. So SPI has a tremendous amount to be proud of. It's really initiated a whole focus on science and technology policy among students, graduate students in particular but with undergrads as well, and building awareness and understanding for what this whole S&T system looks like and operates and how to run it. So SPI has been an amazing organization to watch and the energy and dynamism of the students is just always a pleasure.

AAAS 2017: Guest Blog post by Jennifer Apell

A collection by SPI officers and guests alike.

March 28, 2017

The AAAS Annual Meeting is a great event if you’re a scientist interested in policy. It’s also a great event if you’re not.

After the daily sessions are concluded, the plenary talks begins. The plenary talk is open to the public and targeted at broad (scientific) audiences. For example, the second plenary was given by Dr. May Berenbaum, who is a professor of entomology, on the current scientific understanding of the causes of colony collapse disorder (CCD). CCD is the disorder that is currently endangering North America’s bee population and consequently the agriculture industry. Her talk highlighted the importance of global collaboration in order to progress the science, but it also highlighted how scientific inventions from the 19th century and policy decisions from the early 20th century can impact the problems we are facing today. As a scientist, I find listening to a tale of scientific breakthroughs and failures is better than any movie.

Since the AAAS Meeting draws scientist from near and far, there is always an international reception where you can mingle and meet all sorts of scientists (and journalists and spouses). This year’s reception was held at the Skywalk in the Prudential Tower. While enjoying the view, I was asked about how you would spell coffee using none of the original letters. There was no right answer; this was just one of Dr. Martin Apple’s go-to icebreakers. I later learned that Dr. Apple conducted some of the pioneering work on genetic engineering, but his scientific accomplishments still only placed second with his family taking first hands down.

So even if you’re not that into policy, the AAAS Meeting offers some unique experiences for a graduate student and might expose you to some new perspectives. And maybe, at the end, you might be one of those scientists who has an interest in the role policy plays in science.

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AAAS 2017: If My Mechanic Was Peer-Reviewed

March 13, 2017

Written by Michael Davidson

Science is heavily polarized and the process of evaluating science is murky for non-scientists. That is my main take-away of the AAAS conference for scientists and science-educators last week. As Dan Kahan suggests, people of all political affiliations will (subconsciously) fit empirical observations into arguments in support of their beliefs through a process called “motivated reasoning”. Without understanding the scientific process, as Naomi Oreskes writes, it is possible for even intelligent and respected people to be duped, as in Edward Murrow giving equal weight in broadcasts to both scientists and tobacco industry-funded lobbyists. For people without degrees in science, Dietrem Scheufele noted in his talk (1:08), science is often presented as cut and dry without developing a competency in understanding how to identify good and bad science. There are many good efforts to educate about the real-world benefits of science, but maybe what these scholars are pointing to is the need to start from where the audience is in explaining the scientific method. So, in fitting with this theme, I ask you to imagine if my bike mechanic was peer reviewed.

This bike screeches for unknown reasons.

It’s a cold morning, and plunging outside I notice a layer of snow has formed on my bicycle. It hasn’t been moved in a couple weeks while I was away. I give it a cursory brush, eager to jump on and get going. I push off – a gust of frigid air blows over my face – and as I make contact with the pedal, I hear it.

Screeech!

The piercing noise fills my quiet street. Another stroke and – Screeech! The sound belongs in a creepy old house, like opening a heavy wooden door unmoved in years. Screech, screech, screech. I make my way down the street. The noise varies as I go up and down hills. People cast a sideways look as I pass. On some days, I hear it; and others I don’t.

The sound is annoying but even worse is taking it into the bike shop to get it fixed. A number of potential fixes are proposed – re-oil the chain, tighten some bolts, replace the bottom bracket that connects the pedal to the frame, etc. These options fail. I take it into another shop without luck. Eventually with more parts ordered it may be fixed – at a high price tag – but I would not know which combination of conditions caused it or how to prevent something similar from happening again.

But, I wonder aloud, What if my mechanic did peer review?

I imagine my bike mechanic as a scientist designing an experiment to determine the cause of the screeches. A number of variables could be the culprit: the cold day; several days idling; frost… We recreate the same conditions over a week, modifying each variable one at a time, and measuring the change in noise. It may be diminished, change pitch, or go away altogether. With enough observations, we have an inspiration that combines our set of variables into a mechanistic explanation of screeching in bikes.

But, we don’t stop there. We write this up and send to the Journal of Transportation Annoyances, where other mechanic-scientists from around the country are invited to review the paper. Maybe one in warm southern Florida has heard similar noises and raises questions about the factor of cold mornings. Another asks how we accounted for different morning humidity over the course of the experiment. How can we be sure, yet another reviewer asks, that our explanation holds for much larger and smaller bikes?

Over the review period, which could take six months or longer, we may expand the scope of the experiments, address other questions in the screeches literature, and measure our certainty in the findings against other random changes from day to day. We send back responses to all the reviewer comments and only if they are satisfied, a revised version is published. This peer-reviewed article becomes part of scientific knowledge.

Now, of course, my bike can’t be in the shop for six months, and doing these experiments and writing them up takes more time and money than doing the imperfect solutions suggested by my mechanic. But, this research may help diagnose hundreds of other noises across the country. The theory we put together may explain other annoyances of bicycles – and maybe cars and motorcycles too. Sharing the cost of running this experiment beforehand could have potentially saved me and others thousands of dollars and hours spent answering similar questions.

Of course, these details are rarely included in media accounts of the research (even less in the lede). Methods sections of scientific articles are impenetrable mazes of jargon, and short summaries tend to highlight implications over process. Work like AAAS Project 2061 to engage K-12 students in support of Next Generation Science Standards is critical to develop these competencies early on. Outside the formal curriculum, however, we can all do a lot more to meet people where they are to explain not just the results of science but the amazing process of discovery.

AAAS 2017: Serving Society through Science Policy

March 12, 2017

Written by Kenny Kang

The American Association for the Advancement of Science (AAAS), a professional society founded in 1848 with a core mission to “advance science, engineering, and innovation throughout the world for the benefit of all people,” hosts biannual meetings, which focus on different themes. To the benefit of those of us at MIT, the Fall 2017 meeting was hosted at the Hynes Convention Center in Boston, and to the interest to those of us in the Science Policy Initiative (SPI), the theme was “Serving Society through Science Policy.”

A distinction that may not be clear for those just starting to think about becoming involved with science policy is the difference between “science for policy” and “policy for science.” The former refers to conducting scientific research or using scientific data to inform policy decisions, whereas the latter is more about how policy making may affect how we do science in terms of factors such as regulations and funding. The two are complementary, yet the difference could determine how scientists enter the policy realm. The conference was a great way for us to be exposed to both sides of science policy and to start thinking about how scientists can fit into it all.

The AAAS mini-CASE (Catalyzing Advocacy in Science and Engineering) workshop, an abridged version of AAAS’s very popular annual multi-day workshop, provided a big-picture of where science fits into the policy making process in the federal government. The session organized by SPI, “How Early Career Scientists can Serve Science through Policy,” brought together a panel of career scientists who have also stayed engaged and made an impact in science policy. The session “Community-Scientist Partnerships: Bridging the Gap between Communities and Science,” exposed attendees to feasible avenues of getting involved in our communities by inviting those with experience engaging in science policy at the local level.

Despite the breadth and diversity of the sessions at the conference, there were recurring themes that should be highlighted as take-home lessons when it comes to becoming involved in science policy.

Learn to communicate

As scientists, we get very comfortable speaking with other scientists. We use scientific lingo to communicate our work to others, and especially in a “bubble” such as Cambridge, this can quickly become seemingly normal. However, we need to realize that the vast majority of the country, especially those in Washington D.C. do not speak the same way, so we need to adapt how we communicate based on our audience. This issue was highlighted very clearly during one of the sessions, when one of the speakers used the word “uncertainty” as an example. For those of us in science, regardless of the field, the word “uncertainty” is fairly harmless and is accepted as a part of our work. However, to those outside of science, the very concept can be difficult to grasp and accept.

It is not only specific words, but also the structure of how we communicate that we need to adapt. When it comes to presenting our work, scientists first start with relevant background, go into the data, and finally present the conclusion; in other words, it starts broadly and narrows in focus. Policy makers want the reverse. They first want the bottom line, followed by the topic’s relevance and the details.

Get educated on the issues

Unfortunately for scientists, science is not the only issue that is considered in the policy-making process. Regardless of how strongly we feel we have made our case with and for science, policy makers must weigh many other factors such as economic, social, and demographic implications, among others, when making decisions. Therefore, it is critical that scientists are also educated and become at least somewhat literate in other areas that impact policy-making. Showing how science fits into the bigger picture will be more effective than simply saying “science is cool, science is important.”

Get involved (early and locally)

One lesson that was highlighted many times was to make ourselves available. We don’t need to go to Washington to make an impact. Visit your representatives’ local offices where their schedules are more amenable to meeting with you and put your name out there as a resource as someone they could contact if they had relevant questions.

Several panelists also stressed the importance of getting involved at the local level and visiting state representatives. People often overlook what happens at the state level, but what happens locally can have significant effects on science policy. In addition, forming relationships locally can lead to having allies at the federal level when they then move on to Washington.

As graduate students, it is easy to get tunnel vision and only see our work within the scope of what did or did not work from one day to the next. The AAAS conference was a refreshing reminder of the bigger picture, and a realization that there are many available avenues through which we can begin making an impact.