How product management could be a route out of academia for PhDs and postdocs

This job makes great use of a scientific skill set and is criminally underrated, says Issa Moody.

Let’s face it. Job prospects for PhD candidates and postdoctoral scientists are dismal. In 2012, a study on the biomedical research workforce, conducted by the National Institutes of Health and pictorialized by the American Society for Cell Biology, showed that there is a significant number of biology PhDs in the US who have resorted to doing non-science jobs. Those who stay in science face financial penalties: one 2017 Nature Biotechnology study  demonstrated postdocs, on average, forfeit 20% of their earning potential within the first 15 years of completing their PhD program. Continue reading

More to science: working as a Communities Manager

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This piece was originally published on the BioMed Central blog network, part of Springer Nature.

There’s more to science than being a scientist! Anna Perman, Communities Manager at the British Science Association, explains more about her role and how her science background has helped her along the way as part of our ‘Science > Careers’ series.

How did you get interested in science?

I never actually liked science very much when I was at school. I was much more of a fan of English, History and Drama. But when I was 15 and studying for exams, I had to teach myself about plant hormones, because I’d been absent for that part of the year.

I found the subtlety and complexity of the topic far more interesting than the multiple choice questions and fact sheets we’d studied from in class, and so I realized that actually science was a really fascinating way to understand and discover new things about the world.

What is your scientific background?

While I could always read, write and act as a hobby, I realized I could only do science as a job, so decided to study biology at University of Bristol. I still think it’s a shame that it’s so hard to do science as a hobby, and so after university, I did a Science Communication Masters at Imperial College London.

Here I learned more about people doing innovative science communication, which actively involved non-scientists in the scientific process. I worked in policy and media for a while, including in the media team at BioMed Central, before joining the British Science Association. Their vision of bringing science out of its silo, involving everyone in it, and putting it at the heart of culture and society really chimed with me.

How do you spend your day in your job?

In my job, I work with professional communities, encouraging and helping them to actively involve the public at the heart of science. I work with science communicators, to encourage best practice in creating truly two-way conversations with their audiences – we recently ran some research on the community and their needs, so that our work is really evidence-based.AnnaPerman

I run our work with Sciencewise, a government program to encourage deliberative dialogue – a technique where the public meet with scientists and policymakers to discuss science policy issues, in order to create better policy.

Finally, I run our Media Fellowships, where we link up scientists with journalists to help create understanding between these two groups. Every once in a while, I also help out on a few other campaigns and programs, including our essay series, Not Just for Scientists, and Science Matters, a series of films we released just before the general election.

All of this work involves a lot of relationship building, so lots of my time is in meetings and on the phone, or finding new and important thinkers and ideas. And because we want our ideas to be challenging and evidence-based, it’s amazing how much thinking, analysis and planning is involved.

What makes this a science job?

I spend much of my time at work thinking about the different ways that science can play a role in everyone’s lives. Whether that’s in more traditional ways, as a job, or watching documentaries and learning about science, or in some of the newer ways that are emerging – citizen science, makerspaces, and home experimentation.

It could be people having a more democratic involvement in science – in decisions about funding in the way that some medical research charities do, or in conversations and discussions with researchers to design experiments. Or even as a mindset that any of us can apply to our daily lives.

What do you like most about your job?

Within my team of five, only two of us did a science degree, which really helps make sure we’re constantly challenging each other, asking questions and thinking really openly about the role science can play in people’s lives.

I like the ambition and creativity that we’re able to bring to this work, and being able to be part of an organization that listens to a range of viewpoints, and working with people in and outside of science to challenge our views of what science can do.

Mostly, this involves being truly open to new ideas, which you can only really learn by listening, critiquing and challenging deeply held assumptions – both your own and other people’s. A lot of the same skills involved in science really!

What would you tell your younger self?

The most rewarding things I’ve done have been things that scared me a little. Taking on curating the program for TEDxAlbertopolis – an event in the Albert Hall for 4,000 people, was terrifying, but one of the best experiences I’ve had.

We brought together scientists, designers, historians, musicians, dancers and a crossword compiler, who all shared a fascinating common ground in the space between science and other subjects. I would advise myself that sometimes areas and ideas like these that seem scary or unfamiliar are actually the most valuable, because that’s where you find and learn the most.

 

danaberry

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Science careers are careers that involve science

This piece was originally published on the BioMed Central blog network, part of Springer Nature.

Dana Berry announces the launch of a new series ‘Science > Careers’ putting the spotlight on scientific careers outside of academia. Here she talks about her own experiences and how she hopes the series will inspire others that are searching for something different.

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Dana Berry. Originally published 9 Feb 2016.

During my senior year of high school I decided that I wanted to be a research biologist. From there it was a straight path; I got my bachelor’s degree in biology, while also working in a lab, spent a year at the NIH after graduation, and then started at NYU for a PhD program in biomedicine.

Two years in I decided to leave. Not only was I not happy with what I was doing in the short term, I wasn’t happy with where it would take me. Leaving school with my masters was a difficult decision, and absolutely right for me, but figuring out what to do next was even more difficult.

I still wanted to be involved in science, I still loved biology, but being in a lab just didn’t fit. How do you do science without being a Scientist?

Searching for advice

I sought out as much advice as I could from other students, postdocs, professors, friends of friends, blogs, anyone and everyone. Because I only had research experience on my CV, and I was opting to not continue lab work in any form, I didn’t know what I was looking for, never mind how to find it.

Searching for a job is difficult at the best of times, but when you don’t know what you’re looking for? Seemingly impossible.

On the whole, the job advice I got was either vague or was only helpful in retrospect. Much of it left me more confused about my future than I was before. What exactly are those jobs that are supposedly so plentiful for graduate students? Typing ‘science communication’ into a job search engine gave me search results that were broad, baffling and relatively useless.

Where I work now

By what still seems like sheer luck, I actually found a job that would utilize my experience and involved my interests. For more than a year now I have been working as a Journal Development Editor at BioMed Central, working mainly with microbiology journals.

Seeing as I got my masters in microbiology, it’s been a pretty good fit. Working at a desk, instead of at the bench, has been great. I get to keep up with the latest research, in a much broader context than as a student, attend conferences to meet with our editorial boards and other leading researchers, and work towards improving the lives of researchers and citizens alike.

More than that, and outside of the obvious publishing experience, I’ve gained experience in marketing, science communication, content management and social media. I’ve also come to discover just how vast the world of science is beyond the lab.

So much out there

The web of scientific careers is bigger than most people realize, and definitely bigger than most graduate students see on a regular basis or are even made aware of. Although career training in graduate school is getting better, there’s still an entrenched feeling of two opposing monolithic choices for students: ‘lab research’ or ‘other’.

These two options are not separate, and they’re significantly more than just two categories. Since I started at BioMed Central, I’ve learned about new science jobs nearly every day. Both jobs that I’ve never heard of and jobs that I knew about, but didn’t know that they could revolve around science. I love finding out about these like-minded people, people who love science but aren’t ‘Scientists’.

Using our experience to educate others

I still think back to the difficulties I had looking for a job two years ago, and I wish I could tell the person I was then everything I know now. But since we haven’t invented that technology yet, I am going to share this knowledge with others who are currently going through it.

I am very happy to announce a new series all about careers in science. Previous posts on our network have touched on career exploration, but with this series I want to delve deeper into what these careers truly involve.

Science is not a solitary pursuit, but a team effort, made up of teachers, journalists, policy makers, publishers, as well as researchers. But how does this team work? What do they do and where do they do it?

Starting right here at BioMed Central, our next post will identify and explain four job types in our publishing team, and how the employee’s previous experience lends itself to their current day-to-day tasks.

Beyond that we’ll have in depth interviews with people in science policy, outreach, teaching, communications, art, administration, technology and probably more publishing. We want to explore every nook and cranny of every sector you’ve heard of, those you haven’t, and then some.

danaberry

 

Dana graduated with a MS in Microbiology from New York University before joining BMC in 2014, where she manages the infectious diseases portfolio.

 

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Coming to the US for a postdoc? – If I had known, part II

Is moving to the US for a postdoc worth it? Elena Blanco-Suárez shares her tips on how to make the best decision for you.

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Like many other European researchers, I moved to the US for my postdoc.  While some stay in the US, and others return to Europe after their postdocs, I’m almost certain that anyone who has followed this path will have encountered a few shocks along the way. Choosing the right fit for your postdoctoral training is just as important as choosing the right lab for your PhD. Based on my experiences, here is a list of the things that I think are worth checking in advance to avoid thinking “I wish I had known” too often.

Continue reading

The Naturejobs Career Expo – some secrets to scientific success

Naturejobs journalism competition winner Eileen Parkes

Over one thousand scientists attended the Naturejobs Career Expo last week in London. With professional CV checking, exhibitors from academic institutions and companies from around the world, and career-focused talks from Nobel Prize winner Professor Venki Ramakrishnan, science communication expert David Urry, popular blogger and senior lecturer Dr John Tregoning and many more, this was a resource-packed event for researchers.

Spending the day absorbing so much great careers advice left me feeling punch-drunk by the end.  Some themes cropped up repeatedly — distilled wisdom on scientific success.

Some of the submissions to the Naturejobs Career Expo photoboth

Some of the submissions to the Naturejobs Career Expo photoboth

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How to escape a ‘paint-by-numbers’ career

Academia trains us to follow pre-defined paths when planning our careers, but the most exciting and rewarding careers are designed by their owners. If you’re willing to take some risk and create your own design, you can have a more exciting career than you ever imagined.

By David M. Giltner, PhD, Founder of TurningScience

If you’re like me, you entered university with a plan: to follow a career path that many had followed before. This is common, because school trains us to follow directions. Earning a degree involves predefined steps:

‘Complete this application adequately, and we will admit you.’

‘Answer this list of questions correctly, and you will pass the test.’

‘Pass this list of classes, and we will give you a degree.’

It’s natural to continue looking for a path to follow after graduation, but, in my view, that’s not how the most exciting careers are built. I’ve found my own way, founded a company, and enjoyed an immensely rewarding career along the way.

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Different “Me”s open up a new world on a personal and scientific level

Haruka Yuminaga’s experience moving back to Japan has been a challenge — but has helped her become a better scientist.

A light grey room is filled with 23 grey desks, scattered in pens and books. In one corner sits a refrigerator packed with snacks. Next to it is a rice cooker. The walls are covered in pictures of fun lab memories. Amidst the clutter, some students joke and laugh; chat with a professor about their experimental procedures; analyze data on their laptops and unconsciously wrinkle their brows.

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The Ushiba lab

It is a usual morning at the Ushiba lab where I’m doing an internship this summer. I am a rising junior at Macalester College in Minnesota, USA. Before spending two years in a U.S college, I spent all my life in Japan, and expected being back in a Japanese lab to feel natural. But my assumption was wrong.

Reverse culture shock

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Ageism in academic jobs in India

Farah Ishtiaq shares her experience on how age and success are linked in acquiring faculty positions in India

India has recently been portrayed as a land of abundant opportunity in academia, investing seriously in research and development to attract skilled scientists. The government has introduced several attractive funding opportunities, with the aim of bringing back scientists working abroad to establish a long-term career here, and improving the overall research infrastructure. Wellcome Trust/DBT India Alliance (WT/DBT) fellowships, for example, have no age or nationality restrictions, relying on qualifications, research experience, career trajectory and the candidate’s determination to establish their own independent research.

A Nature special issue in 2015 explored some of the unique opportunities - and the unique problems - of working as a scientist in India

A Nature special issue in 2015 explored some of the unique opportunities – and the unique problems – of working as a scientist in India

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Scientific play is a serious business

Iva Njunjić’s dream to explore caves and work on cave beetles took her far from her home country of Serbia — to the beautiful island of Borneo.

Bod Tai cave on Borneo-smaller

This photo was taken during field work in Sabah, Malaysia where Prof. Menno Schilthuizen, his PhD student Mohd Zacaery bin Khalik and I went to explore caves and hunt for new species of cave invertebrates. We spent many days around a small village on the Kinabatangan River, trying to locate caves in numerous limestone hills and gather information about the organisms that live there. Continue reading

Five rules for starting up in synthetic biology

Building a synthetic biology startup is tough – but stay the course and it’ll be the most rewarding struggle of your life, says James Field.

Since the advent of life 3.6 billion years ago, the survival of all species has depended on rapid innovation at the genetic level. As a consequence, our planet has grown rich with evolved technologies.

Traditionally, the dream of harnessing these evolved technologies has been confined to thought experiments and science fiction. Now, the emerging field of synthetic biology is giving engineers the tools required to tap into evolution’s code-base.

forest-1245951_1280 Continue reading