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Q&A: How The Atlantic’s Ed Yong navigated a year of deep coronavirus coverage – Poynter

As a bewildered public sought answers to arcane questions about R numbers, spike proteins and vaccine efficacy in 2020, science writers emerged as important sources of public clarity and understanding.

The Atlantics Ed Yong Stands out both for the volume and quality of his work. Yong has worked at The Atlantic as a science writer since 2015 and has been predicting a pandemic almost as long.

In early February, Yong sat down for a Zoom interview (of course) with Stephen Buckley, the lead story editor of Global Press and a member of Poynters board of trustees, for a conversation for Poynters staff and National Advisory Board. Yong spoke about what it was like to cover the pandemic he knew was coming, the challenges of denialism and misinformation and 2020s impact on his mental health.

He also reflects on implications for other kinds of journalism.

That conversation follows, lightly edited for length and clarity.

Stephen Buckley: When did you realize you were covering the story of the century? When did it strike you?

Ed Yong: Probably around March, I think, when businesses were shutting down, schools were shutting down, and people were starting to make their way toward the long period of isolation that many of us are still in.

It was sort of a weird start of the year for me, because I had written about the threat of pandemics in 2018. Two years before that I wrote a piece about whether a Trump administration would be ready to deal with the pandemic. This is something that Ive been thinking about for a while.

But the start of 2020 found me about a third of the way into a long period of book leave, and that was the project that I was focused on while SARS-CoV-2 was making its way around China and then across the rest of the world. So while I was still trying to focus on that project, my colleagues at The Atlantic did a great job with starting to cover the pandemic in the early months of January and February.

But by the time it came to March, it became clear this problem was not ready to go away, it was going to define us as a generation, it was going to uproot all of our lives, and that it demanded the full attention of everyone at The Atlantic. So I dropped my book leave, started covering the pandemic, and continued doing so for the rest of the year.

Buckley: Ed, talk a little bit about the challenges in those early days of covering this pandemic.

Yong: Sure, in many ways they were the same challenges that persisted throughout the entirety of 2020. This is an omni-crisis. It truly is huge in scope, in its stakes. It touches on every sector of society so, while I am a science journalist whos written about pandemics before, this is clearly not just a science story. Its also an education story, a politics story, a culture story. It transcends beats and it transcends areas of expertise, which makes it very challenging to cover.

It also, clearly, involves a lot of unknowns. So much was unknown about the virus, about the disease, about what was happening. In some ways, I think being a science journalist by training helps with that. If we do our jobs correctly, we should be well-geared towards running at uncertainty and embracing uncertainty, rather than shying away from it or being cowed by it.

I think a lot of our training really kicked in in March and April. Rather than to seek out cheap and easy answers for our readers, it drove us towards trying to sort of delimit the bounds of our own expertise, of us as journalists but also as part of a society, how much we knew and how much we did not know.

And I think that there was just so much to write about, there still is so much to write about, so many angles to cover, so many things to possibly dig into. Picking those battles was a challenge right from the start.

Buckley: On top of that, you had this denialism that blossomed. How much of a challenge was that and how did you handle that?

Yong: Its tough. Obviously, I dont think a lot of science or health writers were strangers to the idea of denialism. We are familiar with issues about vaccinations, about climate change, about creationism, about all sorts of different areas that I think we all have had to struggle with for a long time.

Obviously, the pandemic really takes every possible weakness in society and widens them, so to the extent that denialism and anti-expertise attitudes were a problem beforehand, they were exacerbated and widened by COVID-19. Its the same problem that weve dealt with for a long time, but just amplified to the nth degree. And I think that its not just so much the denialism that is a problem, but the constant, persistent nature of that denialism.

COVID-19 is a singular crisis, not like, say, a hurricane or a bush fire or something of that kind. It doesnt just come and go. It lasts. It rolls on for weeks, for months, now for years. And so, all the problems that one faces in covering it last about the same amount of time.

Ive described the process of covering COVID-19 as like being gaslighted on a daily basis by absolutely everyone, from some random person on Twitter to the president of the United States. And that is an ongoing battle that just erodes your soul.

A lot of us who worked in health and science joked that covering the pandemic was a case of trying to find new and exciting ways of saying exactly the same things again, and again, and again. So, the problems that we were facing in March repeated themselves in the summer, again in the fall and winter, again, and again, and again. So you have to find sort of creative ways of getting across the same messages.

I dont think people are used to crises that roll on for this amount of time and so, after a while, people start asking questions like, so what is new? Whats the new thing about the pandemic? And, often, the new thing is actually the old thing but skipped forward a few months. Trying to cover that kind of rolling, repetitive crisis is very challenging.

Buckley: So how did you do that?

Yong: Thats a good question. The Atlantic has a very good atmosphere. Its got a newsroom which is highly generative. We make extensive use of Slack. Everyone at The Atlantic the people who cover science and health, and the pandemic, in particular are constantly there, sharing ideas, posting links to other peoples stories, asking questions, trying to collectively make sense of this story amongst ourselves. And that generative atmosphere is really useful for any individual reporter trying to find the right stories to tackle. It makes us as a newsroom collectively stronger than the sum of our parts, and for me personally.

When I came back from book leave, I was given a very specific mandate, which was, Dont just do small piecemeal stories that are going to look at one tiny pixel of this bigger picture. Take the biggest possible swing you can take. I realize Im horribly mixing metaphors here but bear with me. Take the biggest possible swing, do a story that is really going to help ground our readers, and give them a sense of stability in the midst of all this turmoil that were all facing.

The first piece I wrote was called How the pandemic will end, and it really was a 50,000-foot look at the present, future and far future of COVID-19. And it was one of a succession of features that I did. I spent all of last year writing, I dont know how many it was now, somewhere between 15 and 20 very big, 3,000 to 8,000-word feature stories, and various stories of smaller length. All of these were attempts at trying to second-guess the imminent zeitgeist, to try and predict the kinds of questions that our readers would be asking that maybe even themselves didnt realize that they were asking. So how would the pandemic end was one of them. Why is everything so confusing? Why are we making the same mistakes again, and again, and again?

Ive used this metaphor to death but Im going to repeat it because it works for me: Compare the pandemic to a raging torrent, a body of water that moves at high speed and threatens to sweep us all away and drown us in this sea of information and also misinformation. I think of good journalism as a platform in the middle of that, something for people to stand on so that they can observe this torrential flow of history moving past them without themselves getting submerged in it. And thats the kind of mindset that I tried to bear in mind throughout 2020 and the kind of purpose that I was trying to instill in the work that I was doing.

Buckley: So you said that you were thinking about questions that the audience hadnt even thought of yet. Obviously, The Atlantic gets a pretty sophisticated audience. Were you thinking of someone specific as you were writing these stories?

Yong: Not really. Its funny, in science writing in particular theres often this old idea of trying to explain things to your grandmother, which is both ageist and sexist. So, for us, we were just trying to think of what all of us were thinking of.

For a story this big and this all-consuming, we are all readers as well as producers of the news, so my colleagues had questions that they were asking about from positions of no expertise. And, by sort of doing that for each other in a way that was largely bereft of ego and arrogance, I think we could act as each others hypothetical, platonic readers. I think that really helped us try and work out what was sort of coming down the pipeline, and what type of things you could cover.

I remember being in umpteenth Zoom calls with other colleagues when people would ask questions that to me were frustrating, that made me think: I covered this in my last piece. But thats a clue, that tells you the sort of things that are still lingering and that feel like theyve been unanswered in even the minds of people who are paying very close attention, and therefore need to be addressed again.

Buckley: Ed, can you talk a little bit about how this experience has changed you as a reporter?

Yong: Well, Im more tired than I was at the start of 2020.

I sort of hinted at this earlier, when I said this was an omni-crisis that transcends beats, and to cover the pandemic well, I tried to reach out to a much, much broader range of sources than the types of people I normally talk to for a science story. Not just virologists and immunologists and epidemiologists, but also sociologists and historians and linguists and anthropologists. So people could come from a lot of different backgrounds and a lot of different lines of expertise to offer. And that was absolutely crucial for writing the kinds of pieces that I think actually made a difference, that showed the full extent of the pandemic as a thing that impacts all of society, and thats not just a science or health story.

So, that does make me think what actually is my beat? Am I a science reporter? Or am I something different than that at the end of 2020, compared to the start of it? I still dont really know the answers to that.

It also has made me think differently about the kind of ambitious work that can resonate with our readers. For a lot of my career, Ive done big features, Ive tackled big stories, but I cut my teeth on and spend a lot of my time on doing the very basic unit of science reporting, which is just to write about a new paper or a new study thats come out. New paper comes out, we write about it, boom, up it goes on our website, we have more content, everyones happy.

And that is what I thought that I might do in March when I came back to working full-time, and actually stepping back from that and thinking, maybe we could do a series of 5,000-word pieces, maybe that would be a good idea. And for that to actually work, to drive millions of views to our sites, tens of thousands of subscriptions, just a huge response from fellow journalists, from our readers, from all sorts of people. In March and April alone, I had several thousand emails from readers in my inbox.

So, for that approach to work, I think, tells us something. I think it tells us something about the type of journalism that matters in moments of crisis. And I think it also tells me about the kinds of environments that allow that journalism to happen. I wouldnt have been able to do that kind of work if my editors hadnt specifically told me to do that, and then giving me the time and space to do so, people werent breathing down my neck every day saying, Can you just write this 600-word story about some new thing thats happened?

When I said that I was going to take two weeks to write a 5,000-word piece, they let me spend two weeks to write a 5,000-word piece, and you cant do it without that kind of environment.

Buckley: That is great, lots of great insights, lots of great lessons. Were there points where you were worried about moving too fast? Was there a moment where you trusted the science, but found out later that the science wasnt as solid? Im thinking about some of the discussions about masks, or how deadly the virus was. How can you accurately convey to the readers what we dont know?

Yong: Its a really good question, and its one of the things that made writing about the pandemic so difficult. Obviously, there are a lot of unknowns, and while there is a lot of consensus from the scientific community on many issues like, for example, COVID is real, there is also a lot of debate around many, many things.

And Im not unfamiliar with this as a science writer. I know through 16 years of doing this that scientists disagree, that published work is often wrong, that science is not a procession of facts, but a gradual and erratic stumble towards slightly less uncertainty. And thats the kind of mindset that Ive brought into reporting about COVID, so its not a case of trusting the science or trusting scientists, its a case of trusting my reporting.

For any topic that I write about, I try and talk to a range of different people, get a range of different views from experts who might well disagree with each other, and then present that to readers. I see that as a strength rather than a weakness, and the more complicated, the more divisive, the more controversial something is, the more people will then be reaching out to comment. I try very hard to integrate across all those different lines of expertise to come to my own conclusions, but then also to showcase that range of opinions to people.

I wrote a piece in very early April about issues of airborne transmission, about whether to use masks or not. That was sort of at the cusp of the mask debate, when it was really quite intense, but when I think a ton of consensus had been achieved. And I look back on the piece and actually feel quite happy about it. It doesnt say wear a mask, but I think it walks readers through the debate in a very careful way, shows what the experts on different sides of that debate think and why they think what they think. I think it leads people towards the conclusion of use masks.

But I trust them to go on that intellectual journey with me, and thats what I tried to do throughout the pandemic for the readers. Its almost like showing them your work, rather than just hitting them with the answer and leaving it at that. I think thats just a much more enriching experience but also one that better stands the test of time.

Buckley: Lets talk about your point about people wanting a new narrative, but the story of the pandemic at many times being really the same story. How did you wrestle with the tug to tell a new story about COVID?

Yong: This is a really great question. It is something that weighed on all of us at The Atlantic very heavily throughout the year. How do we tell new stories about something that so often repeats itself?

Probably, the most important thing to say here is that the ethos for all of us, me and my colleagues, was to do work that mattered to our readers and that helped them, that acted as a public service, and not just find things that are new for the sake of it. As an industry, the fact that we gravitate so much toward what is new and what is novel often reduces the relevance and the usefulness of our work. It sometimes leads our work to be a poor reflection of what is actually happening.

After the U.S. started reopening, I believe it was in May-ish, people gravitated towards stories about people doing things that were different like going back into the world, and protesting stay-at-home orders. These things were not just more visually obvious, but newer, and it glossed over the fact that actually a lot of people were still doing the same old thing. They were staying at home, they were being responsible, they were being safe. Those kinds of stories were lost among this desire to find something new. So we were trying to be very cautious about not looking for new things for the sake of it, just because they are new, but to try to find angles that mattered to our readers.

I think there were a couple that I tried to focus on. So one was actually just making hay of the fact that a lot of things werent new, that we seemed to be stuck in the same rut. I wrote a long piece called America is Trapped in a Pandemic Spiral that tried to break down and analyze exactly why we were making the same mistakes again. It was sort of a nine-part taxonomy of our consistent and persistent failures at dealing with COVID-19. You know, you can turn a problem into a solution.

The other way of wrestling with this question is to look at areas where the ongoing nature and the repetitive nature of the pandemic is part of the problem. The fact that a lot of long haulers still were dealing with symptoms six, seven, eight months into the crisis. The fact that health care workers couldnt get a break, that they were still exhausted and ever more so with each new surge. All of these stories have the repetitive nature of COVID-19 at their core, and they treat them as the impetus for more reporting rather than a problem that we need to fix.

Buckley: What are you doing to take care of yourself as you carry the weight of this international crisis? Have you had COVID? How did you avoid getting sick?

Yong: I have not had COVID, touch wood, and I feel very lucky for that. My wife and I have been basically isolated since March. Weve gone to get groceries, I had one trip to the DMV, we saw maybe like five pairs of friends, once every month or so, outdoors. The only people we spent time indoors with were one other couple who we form a very tight pod with, in December. Thats basically my life. Ive not been to a restaurant since March. Ive not been to a bar. Im taking this very, very seriously.

In terms of self-care, I cant say that I did the best job at that. It was very, very difficult, for all the reasons Ive mentioned: the scope of the story; the stakes; the fact that this reporting was a matter of life and death; the fact that there was so much uncertainty; the gaslighting; the persistent, ongoing nature. The questions you then ask yourself as a result: Does the work Im doing make any difference at all or am I just shouting into the void? And then, on top of that, the actual, same problems that everyone else is dealing with: the dismal nature of being in isolation for so long, missing people, missing your friends.

It was hard, and just the speed at which I was trying to work was very difficult. I took one week off in July, which was great, and then I tried to take another week off in late September and, halfway through that, Trump got COVID. So thanks for that, Donald.

To answer the question, I came very, very close to burning out at the end of the year. I wouldnt say I had depression, but I also would not say I was far from it. What I have done now is to actually fully step away from the pandemic for a few months. So I said that I started this in the middle of a book leave I am now finishing that book. I went back on book leave on Jan. 1, and I will be continuing that way for a few months yet, and its been great.

I think it is important to recognize that this kind of reporting takes a serious mental health toll, to be cognizant of that, and to not see it as a weakness. I did the absolute best I could last year. I worked harder than I have ever worked before. It was untenable, it became untenable, and I needed to stop and step away.

I think it is telling about what pandemic reporting for nine solid months is like, that writing a book now feels like being at a spa. It feels like a deeply relaxing and restorative activity. I have written 25,000 words since Jan. 1, and zero of them were about the pandemic or disaster or catastrophe, and I feel much, much happier at work.

Buckley: Last March, you wrote of the effort to create a vaccine: The first steps have been impressively quick. Last Monday, a possible vaccine created by Moderna and the National Institutes of Health went into early clinical testing. That marks a 63-day gap between scientists sequencing the viruss genes for the first time and doctors injecting a vaccine candidate into a persons arm. How do you rate the development of this vaccine among the scientific achievements youve seen?

Yong: I cant give a league table to you but I think it is undoubtedly impressive. It is, by some way, the fastest vaccine that has ever been developed. This is a challenge that used to take decades, certainly many, many years, and even in March very, very well-seasoned experts in vaccinology were predicting that it might take 18 months, 24 months to get a vaccine. We did it in under 12, which is truly miraculous.

I think there are many reasons for that. A lot of investments were made in exactly this kind of technology, so its not like people had to invent mRNA vaccines from scratch in January 2020. This tech was ready to go. It hadnt entered into market yet, but it was on the way. This tech was developed specifically to develop vaccines at breakneck speed when new pathogens should rise. And it did, so thats great.

How does it compare to anything else? I dont know how you would compare this to the eradication of smallpox or to anything else. I do not think you can weigh scientific value in that way.

I do think that it would be wrong of us to only focus on the vaccine and to see the creation of a vaccine in such a short time as this enormous win. It was a win, but lets not forget that there were many months in which a lot of people died, and things that were done that could have saved them were not done, such as creating a workable national pandemic strategy, such as using mask mandates, massively rolling out personal protective equipment, offering things like paid sick leave, and all these social interventions for people.

America, in particular, and to an extent the world at large, has this very biomedical bias when it comes to medical problems. We look for the panacea. We look for the drug or vaccine that is going to come along and save us. And sure, we have a vaccine now and it is saving us, which is great, but I think if you only look at medical problems through this lens, you miss all the things that allow epidemics to happen: poor sanitation, poverty, racism and discrimination. All of these things make things like COVID-19 much worse than they otherwise would have been. If we only look at vaccines, we miss that bigger picture. I think that we will be equally vulnerable to another pathogen, when the next one inevitably arrives.

Buckley: Whats your sense about the influence of politics of all stripes on what we might want to feel are independent scientific experts, like the Centers for Disease Control and Prevention, the World Health Organization, etc.? Are their experts still credible? Have we deified Fauci to an uncomfortable degree?

Yong: Great question. I think that I personally agree that the deification of any one expert makes me very uncomfortable. It makes me uncomfortable both as a journalist and as someone with a science background, for several reasons.

I think we, as a journalistic community, as a scientific community, and the society at large, are actually really poor at picking heroes. Were not very good at assessing personal merit, expertise, or a lot of other qualities that we really want to be good at assessing.

In science, in particular, I think weve run into a lot of trouble when we elevate any particular person to this extremely high status. Science is about more than that. It is about more than the cult of personality and the individual. We should try and resist that. We should resist that as journalists, too, because I think it makes us too beholden to any particular source.

So, I have a lot of time for Anthony Fauci. I respect him tremendously. He does seem by all accounts to be a good person, which I think matters. But hes only the industrys one of many, and so Im not fond of doing single-source stories. Im not even really fond of doing 10-source stories. Most of the big pieces Ive done, Ive talked to dozens of different people, including Tony Fauci, but Im trying to triangulate across a large number of different sources of expertise, not just from different disciplines, but from different career stages and so on.

So, yeah, I think this is a very salient point about resisting the urge to make too much of any one person. And, obviously, for much of the Trump administration, we didnt exactly have rich pickings to choose from. But I do want us to get back to the situation where someone like Tony is just one expert among many, and one person whose views we should treat with the appropriate amount of skepticism for both of these fields of both science and journalism.

Buckley: From the start of the pandemic, many thought that, as the reality sank in, as red states started to experience the cost, facts and science would prevail. But so many still reject the science. They say this is hyped or a hoax. How do you make sense of this?

Yong: This actually doesnt feel like that enormous a mystery to me. Its very consistent with everything we know about the science of science communication, which is a huge and very interesting field in itself. It fits with everything we know about climate denialism, about anti-vaccination attitudes, which primarily is this: That you cant displace feelings with facts.

Thats a horrible thing for journalists to hear, because were in the business of offering people facts. But people arent empty vessels into which you pour information. People process information through the lens of their own personal identity, through their political identities, through what their communities are saying, through their sense of belonging with their friends and their families. Anything that we write and any information that we give is always going to be passed through the filter of those identities and those sort of cultural values.

And when your political identity, when your own community, when your friends and your family and your social networks are telling you, This is a hoax, this is overblown, dont trust experts, all of that, of course youre going to be swayed by that. Of course every new issue whether its whether to wear a mask or not, whether to stay home or not is going to be embroiled in those same cultural wars.

If all of this hadnt happened in this administration, then sure you would have had some resistance. But I dont think that it would have been as strong as what we have seen. I think the fact that we had Trump on TV or on Twitter every single day, stoking the fires of division, and emboldening those identities that then contributed to this kind of polarized perception, I think that made everything so much worse than it ever needed to be.

I do think, as a lot of people got personal experience with COVID, that changed. Not for Trump, obviously, and I think that didnt help matters. Nor did it help that COVID is so varied some people get it and are fine, and some people get it and die, and many people know folks on both sides of the spectrum. If you have, say, a rural, red-state community that has long thought of vaccines as a hoax, and then COVID sweeps that community, a lot of people are going to die, and a lot of people are suddenly going to change their minds. But a lot of folks are also going to know people who got the disease and were fine, and that is just going to concretize their views.

Even further, there are many different problems here. Theres the very human way in which we all deal with information. Theres the problem that stems from the Trump administration in particular, and for American society in particular. And then theres the very, very varied and heterogeneous nature of this disease. All of which contribute to the very persistent and stagnant nature of some of these beliefs and misinformation.

Buckley: How do you deal with the decline in trust in expertise and institutions? Do you think about educating the public about these complex challenges and how they cant seek technical solutions to adaptive public problems?

Yong: A lot of my work was trying to get at this. The pandemic is such a big problem one that touches on so many different areas of society that it is very difficult to wrap your head around it. You want to slip into nihilism and suggest to people that this is a problem that is too big to comprehend, it is a problem that is so big it is very difficult to comprehend. But it is our job to help people to do exactly that.

Part of the problem with the decline in trust in expertise and institutions is in trying to overly simplify things that are inherently not simple and incredibly complex. You need to offer people quick, sandbaggy things or concrete answers for questions that are still being argued over. And this goes back to what I was saying earlier about trying to get across the nature of uncertainty to people, to sort of delimit the edges of what we know and what we dont know. I think that approach is much better at engendering trust than just saying, Heres the answer, especially when we actually cant confidently say that.

And I actually had a lot of reader feedback which suggested to me that this approach was working. I remember feedback from people saying, Look, I didnt understand so much about the pandemic: Why we were being asked to stay at home, why we were being asked to wear a mask, why we were being asked to do any of these things. Why this was such a complex problem, why a nation like America couldnt seem to tackle it when a lot of other countries could. And a lot of these people were saying, The way youve walked through these problems in the pieces, the way youve dealt with matters of uncertainty, made me feel more confident than the analysis.

Thats something I think about a lot not trying to sort of perform confidence, but to try and engender it by actually being quite modest about what we know and work.

Buckley: Can you talk a little bit more about lessons that other kinds of journalists can take from your coverage of the pandemic?

Yong: Its a slightly hard question for me to answer because I obviously havent worked in other beats except the one that I have experience with. Its a little bit difficult to step into the shoes of someone whos only covered politics or culture before and who asks how you deal with the pandemic.

I return to this idea about trying to grapple with uncertainty and trying to understand how much it is you dont know. This is something that I actively try and do when I do reporting. Im constantly trying to paraphrase what Ive just heard to sources whove just explained something very complicated to me to try and see if Ive actually got things right. Ive asked people repeatedly, What do other reporters get wrong about this specific thing? to try and understand the mistakes that our profession makes. I did this with virologists. I did this with long-haulers. Ive tried to ask sources, What dont we know? What would it take to make you change your mind? How confident are you on a scale of one to 10 of what youve just told me?

All these kinds of questions really helped me. Im not just coloring in my picture of the pandemic, but Im also, through reporting, working out what the edges of that picture are, so I know how much I have left to color in. Thats crucial. It helped me not just to do the best work, but also to be more confident in the types of stories Ive been doing, whether Ive done enough reporting, whether Im asking the right questions.

Buckley: Thats essential humility, Ed, that a lot of journalists dont necessarily have. You called science not fact but rather the stumbling toward truth. Couldnt we say the same about journalism? What parallels can we draw between trust and science to trust in responsible journalism?

Yong: Yeah, absolutely, and I think that the parallels are extremely deep and very useful. I know Ive learned as much about being a good scientist through being a journalist as I did through the two aborted years that I spent as a wannabe Ph.D. student. I think that these two fields do have a lot to teach each other, like the nature of the means through which we inquire about the world, the drive to find out more, to kind of pierce the unknown and to understand more of the world around us. These are the things that drive a lot of us, whether its people who work in science or people who work in journalism.

Buckley: How might Poynter and other journalism leaders best assist newsrooms through the intensity of this work? What could you have used along the way?

Yong: A good question. I actually dont know the answer to this, because I struggled until I stopped.

What could I have used along the way? Certainly the support of my newsroom made all of it possible, made it a lot better than it could have otherwise been. I had the privilege of working with fantastic editors, had support from the very highest levels of my newsroom, and honestly, without that, I would have broken well before December 2020.

I cant emphasize enough how important it is to hire good people and then to let them do the job that you hired them to do. Thats what The Atlantic did for me. They hired me in 2015 as a science reporter and encouraged me to pursue the stories that were meaningful to me. When I wanted to write a big feature about how we would fare in a pandemic at a time when there was no pandemic, my editor-in-chief went, great! and got me every resource possible to do that. And when an actual pandemic happened, they allowed me to do the kinds of stories that I wanted to do.

I had a few assignments but, in the main, it was just me and my direct editor trying to think about what the right ideas were. And thats sort of how a lot of The Atlantic works, and I think thats why we punched above our weight.

Let me get back to this issue of how newsrooms can help the mental health of their staff, because I think that this sort of touches on one of the questions that was asked earlier. A lot of our work as journalists is very, very focused on the present, and a lot of journalists end up being very fragmentary. We look at a big story and we pick off small angles, and we turn those into content, which we publish. But there is huge value in looking at the bigger picture, not picking off the small pieces, but trying to synthesize all of that for our readers. Thats the work that Ive tried to do.

In some ways, I think magazine journalism gravitates towards that more easily because big magazine features are wider in scope, so they look naturally at a lot of different areas in the present, but they also look back in time and ahead to the future. So theyre wider both in the present but also temporally. I think thats the kind of big, expansive journalism that made a difference to me in COVID and I that tried to produce during the pandemic. Its something that we dont often get training in, we dont give each other the space to do, and we perhaps think that it doesnt have a place in an age of short, sharp, punchy, clicky content. I think that the pandemic has just destroyed the latter idea for me. I think it just shows that there is a huge market for deep, broad, long, analytical, synthetic journalism.

And then the mental health question. I dont know the answer to that other than to say that it mattered to me to be able to say, I cant do this anymore, and it mattered even more for my bosses to say, Then you should stop for a bit. And thats a rarity, right? Often, when people say, I cant do this anymore, what we hear in return is, Well, tough luck, journalism is meant to be hard, so get on with it.

Its not meant to be that hard. The work matters, but it doesnt matter enough to break yourself in the doing of it. And I will be thankful to The Atlantic for a long time, not just for giving me the space to do this kind of work, but for them giving me the space to step away from it when I needed to.

Buckley: Great answer. Two more quick questions before we end. How does journalism account for the cumulative effect of our work? Ive been listening to criticism that by focusing on the shortcomings of the vaccines were undermining the bigger message that the vaccines work.

Yong: Yeah, great question again. I think this feeds back to what I just talked about, about thinking bigger, about not just sort of taking this quite fragmentary approach to journalism, by picking off small angles, but always to try and embed the thing youre writing about in the broader context. This is something Ive always tried to do with science journalism, whether its to do with the defining questions of our generation, or something totally fun and throwaway. Its always about trying to embed what is new in the context of what has been, trying to ground any particular small story in the much, much bigger picture and not losing sight of that.

Sure, you can talk about the shortcomings of a vaccine, an important thing to write about, but you cant do that at the expense of all the other things that we need to know about the vaccines. The question is, what is the point of the story? Does the story exist because you needed to write a story? Or does the story exist because it is going to help people understand something about the world around them? And we need a lot more of the latter and a lot less of the former, I think.

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Q&A: How The Atlantic's Ed Yong navigated a year of deep coronavirus coverage - Poynter

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Healthcare AI Market 2021 Is Rapidly Increasing Worldwide in Near Future | Top Companies Analysis- Apple, GE Healthcare, Google Deepmind Health, IBM…

The Global Healthcare AI Market report dissects the complex fragments of the market in an easy to read manner. This report covers drivers, restraints, challenges, and threats in the Healthcare AI market to understand the overall scope of the market in a detailed yet concise manner. Additionally, the market report covers the top-winning strategies implemented by major industry players and technological advancements that steers the growth of the market.

Key Players Landscape in the Healthcare AI Report

AppleGE HealthcareGoogle Deepmind HealthIBM Watson HealthImagen TechnologiesMicrosoftIntelMedalogixLumiataNextHealth TechnologiesWellframeZebra Medical VisionQventusSentrianHealth Fidelity

Note: Additional or any specific company of the market can be added in the list at no extra cost.

Here below are some of the details that are included in the competitive landscape part of the market report:

This market research report enlists the governments and regulations that can provide remunerative opportunities and even create pitfalls for the Healthcare AI market. The report confers details on the supply & demand scenario in the market while covering details about the product pricing factors, trends, and profit margins that helps a business/company to make crucial business decisions such as engaging in creative strategies, product development, mergers, collaborations, partnerships, and agreements to expand the market share of the company.

Get Free Exclusive Sample report @ https://dataintelo.com/request-sample/?reportId=207823

An Episode of Impact of COVID-19 Pandemic in the Healthcare AI Market

The COVID-19 pandemic had disrupted the global economy. This is due to the fact that the government bodies had imposed lockdown on commercial and industrial spaces. However, the market is anticipated to recover soon and is anticipated to reach the pre-COVID level by the end of 2021 if no further lockdown is imposed across the globe.

In this chapter of the report, DataIntelo has provided in-depth insights on the impact of COVID-19 on the market. This chapter covers the long-term challenges ought to be faced due to the pandemic while highlights the explored opportunities that benefited the industry players globally. The market research report confers details about the strategies implemented by industry players to survive the pandemic. Meanwhile, it also provides details on the creative strategies that companies implemented to benefit out of pandemic. Furthermore, it lays out information about the technological advancements that were carried out during the pandemic to combat the situation.

What are the prime fragments of the market report?

The Healthcare AI report can be segmented into products, applications, and regions. Here below are the details that are going to get covered in the report:

Products

SoftwareHardware

Applications

DiagnosticsRobotic SurgeriesVirtual Nursing AssistantsOther

Regions

North America, Europe, Asia Pacific, Middle East & Africa, and Latin America

Note: A country of your own choice can be added to the list at no extra cost. If more than one country needs to be added, the research quote varies accordingly.

Buy the complete report in PDF format: https://dataintelo.com/checkout/?reportId=207823

Below is the TOC of the report:

Executive Summary

Assumptions and Acronyms Used

Research Methodology

Healthcare AI Market Overview

Global Healthcare AI Market Analysis and Forecast by Type

Global Healthcare AI Market Analysis and Forecast by Application

Global Healthcare AI Market Analysis and Forecast by Sales Channel

Global Healthcare AI Market Analysis and Forecast by Region

North America Healthcare AI Market Analysis and Forecast

Latin America Healthcare AI Market Analysis and Forecast

Europe Healthcare AI Market Analysis and Forecast

Asia Pacific Healthcare AI Market Analysis and Forecast

Asia Pacific Healthcare AI Market Size and Volume Forecast by Application

Middle East & Africa Healthcare AI Market Analysis and Forecast

Competition Landscape

If you have any doubt about the report, please feel free to contact us @ https://dataintelo.com/enquiry-before-buying/?reportId=207823

About DataIntelo

DataIntelo has extensive experience in the creation of tailored market research reports in several industry verticals. We cover in-depth market analysis which includes producing creative business strategies for the new entrants and the emerging players of the market. We take care that our every report goes through intensive primary, secondary research, interviews, and consumer surveys. Our company provides market threat analysis, market opportunity analysis, and deep insights into the current and market scenario.

To provide the utmost quality of the report, we invest in analysts that hold stellar experience in the business domain and have excellent analytical and communication skills. Our dedicated team goes through quarterly training which helps them to acknowledge the latest industry practices and to serve the clients with the foremost consumer experience.

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Healthcare AI Market 2021 Is Rapidly Increasing Worldwide in Near Future | Top Companies Analysis- Apple, GE Healthcare, Google Deepmind Health, IBM...

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Engineering Profs’ Robotics and Composite Materials Research Win $1M in Funding – UMass Lowell

04/07/2021 By Edwin L. Aguirre

The CAREER grant is the NSFs most prestigious award in support of early-career faculty who demonstrate strong potential to lead research breakthroughs in their organizations.

They are among the 36 scientists and engineers from 27 research institutions across the country selected by the Air Force for the recognition. Aside from UMass Lowell, the other awardees include researchers from Johns Hopkins University, Carnegie Mellon University, Stanford University, Virginia Tech, the University of Illinois at Urbana-Champaign and the University of California San Diego.

Legged Robot Locomotion

Using her CAREER grant, Gu will draw upon dynamic modeling, state estimation, feedback control and theory of hybrid systems to advance the control theory of legged robots in order to realize and prove stable, legged locomotion on dynamic rigid surfaces that is, surfaces that move but do not deform.

Yan Gus NSF-funded research will help keep legged robots stable and upright while walking on nonstationary surfaces. Shown here is NASAs R5 Valkyrie humanoid robot.

Empowering legged robots with such new functionality will allow them to negotiate complex, dynamic human environments, which are very challenging for robots equipped with wheels or tracks, Gu explains.

This will enable them to assist in critical, high-risk situations such as fighting fire aboard ships as well as cleaning and disinfecting public transportation vehicles to contain the spread of infectious diseases such as COVID-19, she says.

Faster than the Speed of Sound

Maiarus YIP project focuses on ceramic matrix composite (CMC) materials, which consist of reinforcing ceramic fibers embedded in a ceramic matrix. They are used for high-temperature, high-strength applications, such as components for gas turbines and heat shields for hypersonic aircraft, missiles, rockets and spacecraft.

Maiaru will use experimentally validated process modeling to understand the mechanisms for the formation of residual stress induced by pyrolysis-infiltration-pyrolysis processes. Pyrolysis is the degradation of the ceramic at high temperatures in the absence of oxygen.

My goal is to establish a correlation between processing conditions, microstructure and mechanical performance of the composite, which currently is not clearly shown, she says. This work strongly supports ongoing research efforts at the Air Force Research Laboratory and NASAs Langley Research Center.

According to Maiaru, process modeling for CMCs manufactured through the pyrolysis-infiltration-pyrolysis cycle is a relatively undeveloped field.

This project will help enhance the performance of high-temperature composites, optimize their manufacturing process and lead to the discovery of new materials that would establish U.S. leadership in hypersonic applications, she says.

It has great potential for advancing materials research for extreme environments and for overcoming the costly and time-consuming trial-and-error design that is being used today.

Maiaru is currently working on process modeling of advanced composites for structural applications under the sponsorship of the NSF, NASA and the Air Force Research Laboratory.

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Engineering Profs' Robotics and Composite Materials Research Win $1M in Funding - UMass Lowell

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Illuminating Engineering Society And National Park Service Partner On Night Sky – Facility Executive Magazine

In a collaboration focused on developing night sky friendly lighting standards, the Illuminating Engineering Society (IES) and the National Park Service (NPS) have taken on the challenge to improve outdoor lighting in national parks without affecting night sky viewing, the fastest-growing visitor activity in parks.

Night sky viewing is incredibly popular, and Americas national parks offer some of the best views of night skies, said Karen Trevino, the National Park Services chief steward of natural sounds and night skies. Staring at the night sky with the Milky Way streaking overhead is a quintessential experience for many national park visitors. Even national parks near urban centers often serve as night sky sanctuaries for those who live in our most populated cities.

National Park Service staff along with staff and members of the IES will, in the coming months, develop lighting standards and best practices for parks and other protected areas. Those standards will be available to help plan night sky friendly lighting in future construction projects in parks of the national park system.

American National Standards (ANSI standards) for lighting through the IES will be designed for resource protection and to keep park staff and visitors safe where light is needed. Communities that promote star gazing have these same needs and the standards and best practices developed by the NPS/IES collaboration will be available to those communities, counties, and states.

This partnership between the National Park Service and IES will promote a shared understanding of the importance of the natural night sky and the effects of light on national park resources and values including wildlife, cultural resources and values, wilderness character, and visitor experience and enjoyment of these same resources, said Brian Liebel, IES Director of Standards and Research.

The partnership will also promote collaborative research and educational opportunities for park staff and partners, IES members, and the public.

Established in 1906, the IES is the recognized technical and educational authority on illumination. The strength of the IES is its diversified membership including engineers, architects, designers, educators, students, contractors, distributors, utility personnel, manufacturers, and scientists in 64 countries. The IES is a 501(c)(3) non-profit professional society.

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Capgemini brings together its engineering and R&D expertise with the launch of Capgemini Engineering – Express Computer

Capgemini unveiled today Capgemini Engineering, which consolidates a unique set of enhnaced capabilities in engineering and R&D. Along with the Groups deep industry expertise and cutting-edge technologies in digital and software, it will support organizations as the digital and physical worlds converge. The global business line, with its 52,000 engineers and scientists and a presence in all major engineering hubs across the world, builds on the integration of Altran, one year on from its acquisition by Capgemini.

Todays leading organizations understand that Engineering and R&D is fast-moving and ever evolving.As a result an end-to-end partnership with clients is needed for developing, launching, managing and modernizing breakthrough products,comments Aiman Ezzat, CEO of the Capgemini Group.The launch of Capgemini Engineering builds on the integration of Altrans capabilities into the Group, a year on from its acquisition. It perfectly complements the Groups already well-established portfolio of business offerings and supports our leadership position in intelligent industry.

Capgemini Engineering helps the largest innovators in the world engineer the products and services of tomorrow, and cope with disruption by embedding into products digital and software technologies.

William Roz, CEO of Capgemini Engineering and member of the Group Executive Committeesaid: R&D is the new battlefield. It must be connected and data-driven to optimize innovation and accelerate development. Capgemini Engineerings services have been devised to address exactly that need, toharness the power of data to foster innovation, create new customer experiences and deliver new sources of value.

The capabilities combined under the Capgemini Engineering brand are already recognized as market leading. Numerous clients are also benefiting from Capgemini Engineerings ability to implement technology at scale, its deep product engineering skills and extensive industry expertise. One such organization is Hyperloop TT, an innovative transportation and technology company developing a disruptive high-speed transportation system based on electromagnetic propulsion.

We work with Capgemini Engineering to develop the first transportation breakthrough in a century and we value their top-tier engineering expertise in aerospace, aeronautics, and systems engineering. They provide us with a broad range of high-end services in mechanical and physical engineering, systems architecture, software development, as well as project managementsaid HyperloopTT CEO, Andres De Leon.

The global business lines services cover three key domains: product and systems engineering; digital and software engineering; and industrial operations.

If you have an interesting article / experience / case study to share, please get in touch with us at [emailprotected]

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Capgemini brings together its engineering and R&D expertise with the launch of Capgemini Engineering - Express Computer

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California and Oregon engineering teams take first place in SourceAmerica Design Challenge – Johnson City Press (subscription)

VIENNA, Va., April 8, 2021 /PRNewswire/ --Student engineering teams from Los Angeles, California and Portland, Oregon won the top prizes at the 2021 SourceAmerica Design Challenge for their efforts to address workplace obstacles facing people with disabilities.

The two winning teams took top honors from a strong group of national finalists during a virtual showcase event...

A team from California State University, Los Angeles, in partnership with the National Taipei University of Technology in Taipei, Taiwan, was honored with the first-place prize in the college division. Their project Zeno Effect, a web-based data tracking platform, uses facial and object recognition to assist in an assembly process and helps managers spot areas needing attention. This demonstrates how data analytics can be leveraged to better achieve production goals for all employees.

"This was a wonderful opportunity," said California State University, Los Angeles team member Sandra Garcia. "We worked countless hours and it was worth it all!"

Catlin Gable School in Portland took first place in the high school division for their project ZipBag, which presents a safe and easy way for people with limb differences and lower dexterity to better handle the opening and closing of resealable bags.

"We decided to participate (in Design Challenge) because we wanted to use our engineering skills to help others," said Catlin Gable team member Keola Edelen Hare. "The ZipBag is a step toward a more inclusive environment for those with disabilities."

The SourceAmerica Design Challenge is a national engineering competition that showcases the STEM skills these students utilize to develop concepts and prototype assistive technologies to support people with disabilities in their workplaces. The two winning teams took top honors from a strong group of national finalists during a virtual showcase event held Wednesday.

"I would like to congratulate the winning teams from California State University, Los Angeles and Catlin Gable School," said SourceAmerica Interim President and CEO Richard Belden. "The 2021 SourceAmerica Design Challenge presented an opportunity for these students to use their imagination and ingenuity and show the world how assistive technology can make a difference. I think they did an awesome job."

The virtual finals event featured presentations from three college and five high school finalist teams. SourceAmerica subject matter experts in workforce development and productivity engineering judged the teams' submissions based on their potential impact in the workplace.

In addition to the judge's picks, the 300-plus attendees had the opportunity to vote live for their favorite project. Catlin Gable earned this year's first-ever People's Choice Award for their ZipBag.

The Design Challenge background

Student teams chose from a list of SourceAmerica's pre-approved projects spanning several engineering disciplines such as mechanical engineering and software development. The teams then designed technology to address project requirements. For most of the year, the teams worked together virtually to fine-tune and document their progress until they submitted a final design.

Below are the finalists who also participated in the program:

College Team Finalists:

The second and third place college teams are:

Second Place - California State University, Los Angeles, and the National Taipei University of Technology

Project: Midas Touch

Third Place - California Polytechnic State University, San Luis Obispo San Luis Obispo, California

Project: Just Kitting Workstation

High School Team Finalists:

The second place and additional high school teams included:

Second Place - Poolesville High School Poolesville, Maryland

Project: Time Clock

Third Place - Oswego East High School Oswego, Illinois

Project: Robo-Sticker

Fourth Place - Brentwood High School Brentwood, New York

Project: The Quick Stamper

Fifth Place - Diamond Bar High School Diamond Bar, California

Project: Time Clocking and Office Supply Jigs

For more information

For questions or additional details about the SourceAmerica Design Challenge, please visit https://www.sourceamerica.org/get-involved/design-challenge.

About SourceAmerica

SourceAmerica connects government and corporate customers to a national network of approximately 700 nonprofit agencies that hire a talented segment of the workforce people with disabilities. Established in 1974, SourceAmerica is committed to increasing economic and social inclusion and advocating for a more accessible future of work for people with differing abilities. As a leading job creator within the disability community and distinguished as an AbilityOne authorized enterprise, SourceAmerica harnesses the momentum and boosts the capability of its network and customers. To learn more, visit SourceAmerica.org and follow the organization on Facebook (@SourceAmerica), Twitter (@SourceAmerica), Instagram (@SourceAmerica), and LinkedIn (@SourceAmerica).

View original content to download multimedia:http://www.prnewswire.com/news-releases/california-and-oregon-engineering-teams-take-first-place-in-sourceamerica-design-challenge-301264644.html

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California and Oregon engineering teams take first place in SourceAmerica Design Challenge - Johnson City Press (subscription)

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Two MU professors, from journalism and engineering, surprised with Kemper awards – Columbia Missourian

Marty Steffens was teaching her business and financial journalism class when she was interrupted by visitors bearing a big surprise: the news she had won a 2021 William T. Kemper Fellowship for Teaching Excellence.

The afternoon announcement came from University of Missouri President Mun Choi, MU Provost Latha Ramchand and Steve Sowers, president and CEO of Commerce Banks central region. The award comes with a $15,000 stipend.

Steffens said she has never been so excited and spent a moment trying to bring her students attending via Zoom back to the main screen so they could be present with her. They typed their congratulations in the chat, and the in-person students applauded.

Steffens, who holds the Society of American Business Editors and Writers chair at the Missouri School of Journalism, was one of two professors to receive the prestigious Kemper Fellowship on Wednesday. Three more faculty members will be surprised with the award this week.

Before coming to MU 19 years ago, Steffens spent 30 years in the news industry, according to her biography. At MU, she helped establish an introductory-level economics course designed mainly for journalism majors. Steffens also has trained journalists in more than 40 countries.

I am just grateful to know and teach all these students, she said after Chois announcement. Im glad I get to help them and hopefully change their lives.

Earlier, Heather Hunt, an MU associate professor in the College of Engineering and a strategic initiatives fellow in the UM Systems Office of eLearning, was attending a virtual faculty meeting. Suddenly, a series of new faces appeared and Choi began talking.

Heather Hunt

Wiping away tears, Hunt thanked her colleagues for nominating her and recognized them for their dedication to teaching during the pandemic, whether in person or online.

Hunt has also won the outstanding instructor award from graduating seniors in 2015, 2018 and 2019, according to her biography. Hunt was awarded the 2015 College of Engineering Junior Faculty Excellence in Teaching Award.

I love to teach because I get a lot of joy out of seeing how students grow and change over time, Hunt said during the announcement. Im a professor because I love teaching and mentoring in addition to doing great research.

Her research is in engineering, engineering education and workforce development, she said. She also completed research in psychology, studying the retention rate of underrepresented minority students in engineering.

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Two MU professors, from journalism and engineering, surprised with Kemper awards - Columbia Missourian

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How Karen Thole is paving the way for sustainable aviation, women in engineering – The Daily Collegian Online

Look up at the sky right now. Chances are, you might see an airplane somewhere a Penn State faculty member had a hand in designing.

Karen Thole, distinguished professor and department head of mechanical engineering, is a leading researcher in gas turbine efficiency.

Right now, Thole leads a research lab of about 12 graduate students and four full-time staff members who study turbine heat transfer.

Were looking at all kinds of ways to make sure that gas turbines are more efficient, Thole said, so they take less fuel and have less carbon dioxide emissions.

According to Thole, turbines power all aircrafts including commercial flights and military flights. Another function of gas turbines is the ability to generate electricity.

We have land-based turbines, and about 40% of our electricity right now is generated by natural gas in gas turbines, Thole said. As a matter of fact, the Penn State power plant has two gas turbines that produce all the power for Penn State.

There are three parts to a gas turbine: a compressor to compress the flow of energy, a combustor that burns fuel to raise the temperature of the flow, and the turbine, which extracts its power from the flow.

Thole said the goal of the turbine is to have a high temperature entering it to create maximum efficiency.

However, the temperature of the hot gas can be maybe 1000s of degrees hotter than the melting temperatures of the parts involved in the turbine, according to Thole.

What Thole works on is finding ways to cool the turbine so the parts dont melt. One way she said this can be done is by taking air from the compressor and bypassing the combustor. From there, the air is passed through the turbine, cooling it down.

Thole said she has her own patents on cooling strategies used in turbines, which are now on some engines flying through the sky.

Hard work has always been a part of Tholes ethos, and her peers respect her work ethic. Atul Kohli, senior technical at Pratt & Whitney, said he met Thole in 1989 they met at The University of Texas at Austin while working in the same research group.

Kohli said its amazing to see her story when thinking of her accomplishments.

Karen is easily the most hardworking person I have ever known, Kohli said. That is why she is where she is.

Growing up in a small farming community of 49 people ironically named Tholeville Thole spent her youth in southern Illinois. She was raised on a dairy farm and said her childhood was full of hard work.

By the time she was in fifth grade, Thole was on a tractor driving around the field by her house. When she started college, she didnt know anything about engineering.

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Studying for her undergraduate degree at the University of Illinois at Urbana-Champaign, Thole said one of her friends told her she should try engineering one day after a chemistry class.

I went home at Christmas break, and I called McDonnell Douglas [now Boeing] which was in St. Louis, which is about 40 miles from where I live called the operator and asked if I could talk to their engineer, Thole said. I thought they must have one engineer there, and she laughed and said, We have many engineers.

From there, Thole said she was introduced to one of the companys engineers and after a description of his day, she decided, OK, Im gonna be an engineer.

Thole said her love for aircraft came at a young age when her father used to take her to the airport to watch planes take off and land.

Her journey to becoming the Penn State mechanical engineering department head took her all over the country and the world.

Thole finished her bachelors and masters degrees at the University of Illinois at Urbana-Champaign, and after working for a few years in a national lab in California, she decided to get her doctorate at the University of Texas at Austin.

After finishing her doctorate, Thole said she completed post-doctoral work in Germany. From there, she became faculty at the University of Wisconsin-Madison and later at Virginia Polytechnic Institute and State University.

After her time at Virginia Tech, Thole found her way to Penn State and continued her research on gas turbines as a faculty member and department head.

Tholes expertise on turbines landed her a spot testifying before one of the nations highest offices Congress.

Thole testified before the United States House of Representatives Committee on Science, Space & Technology subcommittee on Space and Aeronautics on March 24. The hearing was dedicated to finding forms of sustainable aviation, according to Thole.

Because of her 2016 report where she and a committee of fellow engineers found ways to reduce carbon dioxide emissions from turbines Thole was called in as an expert to detail the findings of this report and give her own say on the matter.

Patricia Stevens, who works for Boeing and leads systems engineering for the cargo and utility helicopters programs, said she thought Thole testifying before Congress was outstanding.

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Located north of Penn States campus in a scenic colonial house surrounded by sprouting fiel

Stevens said she and Thole have become close professional colleagues, and with her experience, Thole makes a great candidate to present before Congress.

With that combination of academic leadership in the department, as well as staying very current and prolific [in] her research, it made her a very qualified candidate to make a position before Congress, Stevens said.

But the winds of time altered Tholes career course: Thole will step down as the department head of mechanical engineering in August to pursue full-time research.

She will lead a research project funded by NASA, working in collaboration with other universities along with Pratt & Whitney.

Tholes time as the department head of mechanical engineering increased representation for women in the field.

We increased the diversity of our faculty, Thole said. We now have 29% of our professors [who] are women, [and] we have four other underrepresented groups who became professors in our department.

Among her peers, Thole is also viewed as a superb role model for women in engineering, according to Kohli.

Kohli said Thole is passionate about changing the dynamic for women in engineering.

Shes really a role model for what women in engineering can achieve, Kohli said.

Thole said she is excited about her future in research, but is also sad to leave the department of mechanical engineering.

We accomplished a lot, so I am very sad to step down as the department head, Thole said. But, now its somebody elses opportunity to take it to the next level.

If you're interested in submitting a Letter to the Editor, click here.

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How Karen Thole is paving the way for sustainable aviation, women in engineering - The Daily Collegian Online

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Former mining engineering professor at Missouri S&T named to National Mining Hall of Fame – Missouri S&T News and Research

The National Mining Hall of Fame in Leadville, Colorado, has named Dr. Richard L. Bullock a member of its 2021 class of inductees. Bullock, who died in late 2020, was a graduate and former professor of mining engineering at Missouri S&T.

Bullock was the first Robert H. Quenon Chair of Mining Engineering at Missouri S&T, then known as the University of Missouri-Rolla (UMR), and served in the post from 1997 to 2002. After retiring from the classroom, he continued to teach online courses at the university for another 13 years while working as a mining consultant in the U.S. and around the world.

We are all very proud of Dr. Bullock for the National Mining Hall of Fame recognition on top of all his accomplishments as a mining professional, educator and mentor, says Dr. Kwame Awuah-Offei, professor and interim director of mining and explosives engineering at Missouri S&T.

An alumnus of Missouri S&T, Bullock earned a bachelors degree from what was then known as the Missouri School of Mines and Metallurgy in 1951, a masters degree in mining engineering in 1955 and a doctor of engineering degree in mining engineering from UMR in 1975.

Bullock had over 60 years of experience in the mining industry, achieving success as a miner, mine foreman, mine and plant superintendent, director of mining research, manager of mine evaluation, mine project executive, and vice president of engineering and research.

Bullock received many awards, including the Society for Mining, Metallurgy & Exploration (SME) Jackling Award in 2011, Distinguished SME Member, and the Distinguished M&E Division Member, as well as numerous teaching awards from SME and Missouri S&T. He was a registered engineer in three states and a qualified person in public reporting of mineral reserves.

In 2018, Bullock self-published his memoir, From Hard Knocks to Hard Rocks: A Journey in My Shoes, as an e-book. He published a second volume, also as an e-book, in 2019.

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Former mining engineering professor at Missouri S&T named to National Mining Hall of Fame - Missouri S&T News and Research

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Design, engineering on Central HS project to start immediately in wake of approved referendum West of the I – West of the I

Design and engineering of building improvements at Central High School will begin immediately, district officials said Wednesday after the successful passage of a $39.6 million referendum in Tuesdays election.

The vote final preliminary vote totals were Yes 2,439 (52.56 percent) and No 2.201 (47.44 percent).

Im excited for the students, staff and community in what this projectwill provide moving forward, School Board President Steve Richer said. On behalf of the entire school board, I would like to thank the community for their support in the referendum and the willingness to promote the advancement of the district.

Work presented as being authorized by the referendum included: Safety and security improvements, construction of additions for a cafeteria, gymnasium, locker rooms and classrooms; renovating and facility improvements, including modernizing classrooms and learning spaces, converting the existing cafeteria into an auditorium and the existing locker rooms into a weight room/fitness center; building systems and infrastructure updates; site improvements; and acquisition of furnishing, fixtures and equipment.

District administrator John Gendron said:

I would like to thank the entire Westosha Central Community for theirsupport, questions, and feedback throughout this process. Central is a great school and a cornerstone of our community, largely in part to the continued support of our stakeholders. We are confident that the additions and upgrades will further strengthen our school and community.

Improvements will be completed in phases, with final completion inlate 2023, a news release issued Wednesday said.

According to the news release, the approval will allow the district to invest up to $39.6 million to:

Enhance Safety & Security Modify the main entrance to better monitor and control visitor access; upgrade/add security cameras and exterior locks; and revise drop-off/pick-up traffic flow.

Upgrade Building Infrastructure Replace lighting, flooring, ceilings, and walls; remove asbestos; replace sections of roof; and update plumbing, heating/ventilation, and electrical systems that have exceeded their useful life.

Modernize Educational Spaces Create and renovate spaces to provide better access to technology, flexible furniture, small-group instruction spaces, and modern art, choir, and Family & Consumer Science areas.

Expand Activities & Performing Arts Areas o Add a new gymnasium and cafeteria/commons and renovate the existing cafeteria to become anauditorium to support physical education, performing arts programs, and community events.

The successful referendum follows nearly two years of facility planning, evaluation of a facility study, a community-wide survey, and numerous public engagement sessions.

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Design, engineering on Central HS project to start immediately in wake of approved referendum West of the I - West of the I

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