Growing the next generation of scientists

Scientists have a duty to inspire the next generation of students. To do this, we need greater interaction with young people and the local community.

Naturejobs journalism competition winner Jessica Gorrill

The future of STEM (science, technology, engineering and mathematics) in the UK is on shaky ground. The numbers of entries at A-level for Biology, Physics and Chemistry dropped by 1%, 2.6% and 1.6% respectively in 2016, according to statistics collected by the Joint Council for Qualifications. This ends the steady increase seen since 2009. Whilst this drop may be attributed to the first year of new government reforms, it could be the beginning of a worrying trend of students neglecting careers in science.

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#ScientistOnTheMove: May 2015

Setting up their first laboratory and starting out in science communication.

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Josh Silberg was a master’s student in the School of Resource and Environmental Management (REM) at Simon Fraser University (SFU), where he studied the potential indirect effects of sea otter recovery on rocky reef fish. “In addition to my thesis research, I completed a university teaching and learning certificate, attended writing workshops, participated in a statistics support group, and so much more,” he says. “Many of these opportunities are only open to students, so I tried to take advantage and develop a diverse set of skills while in school.” Whilst at university, he did apply for a PhD programme, but upon being accepted, he decided to turn it down. “I had re-evaluated my situation. My difficult decision was exacerbated by an all-too-common issue among graduate students—depression.” With lots of support from his supervisor and peers, Silberg completed his MSc and gained valuable quantitative skills. Instead of a PhD, he has started working at the Hakai Institute as a science communications coordinator. Sharing the achievements and stories of Hakai researchers and students through social media and the new Hakai.org website “requires me to stay up-to-date on a diverse array of Hakai projects ranging from archaeology to oceanography to geology to ecology,” he says. “Through these people, I can help satiate my never-ending desire to know more about our natural world, and hopefully contribute some narratives of my own along the way.”The transition was relatively smooth for Silberg, because of the extra curricular activities he pursued whilst doing his MSc. “I helped design and maintain our lab website, presented at multiple scientific conferences, and got my first taste of social media for scientific purposes.” Although he wouldn’t rule out an opportunity to return to graduate school, ” I would have to consider why going back would help me achieve my long-term goals. I care less about the designation and more about the skills I could gain from going back to do a PhD.”

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Samantha Morris was a postdoc in George Daley’s lab at Boston Children’s Hospital and Harvard Medical School, contributing to the development of a network biology platform, CellNet, to assess the equivalence of engineered cells to their in vivo targets. “After two postdocs over seven years I knew I was ready to lead my own group,” says Morris, so she decided to leave in August 2014. She attended a last-minute workshop at Harvard Medical School that would guide postdocs through the faculty application process in the US. “As soon at the afternoon was over I started looking for open positions, including on Naturejobs!” Putying together a research plan to carve out one’s own scientific identity can be daunting for a new PI. “I found that everyone I asked for advice offered different suggestions,” she says. “I ended up taking comfort in the fact that there wasn’t one right answer to anything, and this helped build my confidence to make the decisions to apply myself in the research areas I was most passionate about.” She is now an assistant professor in the Department of Genetics, and Department of Developmental Biology at Washington University School of Medicine at Saint Louis, USA, where she will continue working on directing cell fate using information gleaned from gene regulatory network analysis. “In searching for where to start my lab I applied for 33 faculty positions, had 15 interviews as a result which translated into negotiations at six different institutions.” But that emotional roller coaster wasn’t the most challenging part of the job transition. “From the moment I started [writing the research plan] I was absorbed by the transition to my new role and it’s almost impossible to balance postdoc work with the faculty search.”

Back to school: why choose a PhD?

Shimi Rii, contributor

When I walked up to the Graduate Division window to turn in my M.S. thesis back in 2006, I was 100% positive that I was walking away from school for good. In 2009, I returned to the same window to hand in my application for a PhD.

What changed?

Post M.S., I was working as a biochemical research specialist for a biotech company, growing 60,000 liters of microalgae as feedstock for biofuel.  I felt satisfied that what I got my degree in was actually applicable to real life energy solutions. Gone were the days trying to explain the significance of phytoplankton in oceanic cyclones at a Christmas party. Instead, I felt like a superstar trying to save the world. Not to mention that I could finally shop at Banana Republic, an activity that seemed as far-fetched to grad students as going to the moon.

However, life as a technician was challenging and interesting, but not entirely rewarding for me (disclaimer: the situation I’m about to describe is dependent on the person and their job). I felt dismayed to hand off my carefully calculated experiment results to Dr. Supervisor, who presented my findings at board meetings, decided on the next moves, and then handed me a list of to-dos.  Despite its relevance to society, I couldn’t talk about my work (especially the super-secret algae stuff). I felt insignificant. Looking five, even 10 years down the line, I didn’t see much change in my responsibilities.  In my company, the line between a M.S. and a PhD was like a one-way mirror in an interrogation room.

My feelings of inadequacy were also exacerbated by the fact that those with B.S. degrees were getting paid comparable if not higher salaries than me. They were certainly qualified for their jobs, and my responsibilities were not much more than theirs.  But I was proud of the work I put in to acquire my M.S., and I wanted a clear distinction of the value that was placed on my graduate degree, whether it was through monetary value or responsibilities. My 29-year-old brain whirled in anxiety: I have an aging mother and a special needs sister. How was I supposed to take care of them on a $40K salary? What about my future children? I never thought that I’d feel so trapped being a technician.

 

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Perhaps in a different company with a different management team, I would have been given more ownership of my projects. For many, technician roles are perfectly fulfilling.

Regardless, I was faced with a choice – to switch jobs, or fields, or go back to school. And with that decision, I had to evaluate the Million Dollar Question: What qualifications do our degrees guarantee? What skills or abilities does a M.S. or PhD in basic sciences indicate that graduates have? This is what I came up with:

Basic Skills with a M.S. degree:

  • Can work independently as well as in groups
  • Ability to complete projects
  • Basic scientific report writing skills
  • Basic oral presentation skills
  • Problem-solving skills
  • Organizational skills

 

Making the list for a PhD graduate produces pretty much the same list https://www.nature.com/naturejobs/science/articles/10.1038/nj7343-381a. The main difference, I believe, is this: completing a Ph.D. takes persistence (an average of 5-7 years persistence).  PhD students can expect a different level of standards from their advisors, and not only do they have to complete 3 to 4 chapters for their thesis, they have to come up with the ideas for them too, which takes initiative.  Finally, being able to tie together different aspects of the chapters requires a broader knowledge of the field. Though dissertations are often highly specific, the ability to place their research in a wider context makes a PhD graduate a “professional” in their field to some degree.

This, I realized, was what employers were looking for in the differences between the two degrees. This was the final reason I went back to school: I wanted the covetable Ph.D. skillset.

People often ask me if I wish I went straight into a PhD.  The answer is, not at all. Without my strong conviction to get my M.S. and go into the workforce, I wouldn’t have had the experiences I’ve had, such as dealing with a management team and working in the field of profit-minded science.  I also might not have had a strong passion for my PhD project, which is an important requirement for anyone going into a doctorate program.  My favorite thing about being back in school, however, is the number of opportunities available to me again as a student, such as outreach, teaching, and of course, science communication.

Ultimately, I’m still not sure where I will end up after my PhD, and sometimes I fear that I will have fewer job options with a PhD as I may come across over-qualified.  But in the end, I think the journey – with opportunities and the people you meet along the way – may be more important than the letters after your name.

Shimi Rii is a fourth year PhD candidate at the University of Hawai’i, in the School of Ocean and Earth Science and Technology and is one of the winners of the Nature careers columnist competition. Keep an eye out for Shimi’s work here on the blog and in the Careers pages of Nature magazine.