Leaders in Pharmaceutical Business Intelligence (LPBI) Group

Science Writer/Journalist/Communicator

I am sure that you’re familiar with the large amount of jargon in the scientific literature. As a science writer or communicator, your job is to “translate” this jargon into layman terms. Imagine if you were asked to discuss the same content with your bestie over a steaming cup of coffee. Obviously, that would be an easy and enjoyable task. And this could be your career! All you need is a little training.

To get that training, you can find available fellowships for learning different communication methods. Also, there are online science communication courses. Here are a few to help you with your journey:

• Online free introductory course by MIT: Science Communication: A Practical Guide 
• An Online Distance Learning, PG degree program by The University of Edinburgh: Science Communication & Public Engagement 

Science Management

Aside from doing the experimental work of science, you also have to consider the managerial aspects. You have to consider where you should submit your paper (and your back up plan if that journal rejects your paper), plan for your upcoming PI meeting, and order that crucial reagent for the experiment you will conduct next month. And many, many more things!

Science management focuses on solving these problems. It uses some skills that you likely already have in your toolbox—like managing people, resources, and so on.  After completing your PhD, you can get formal management training that would allow you to enter a variety of fields. For example, you could become a:

• • project manager
  • science director
  • scientific program manager
  • industry R&D manager
  • curator
  • analyst
  • consultant

Science Administration

This career focuses more on making policy than management. These careers tend to look at the impact that science makes on society or how science (in general) should be conducted. Examples of such careers include:

• regulatory affairs executive
• patent attorney
• scientific conference organizer
• medical information executive
• university school liaison adviser
• forensic science administrator

Science Entrepreneurship

Ideally, our research should better society. As a graduate student, we are provided with a nourishing environment for intellectual pursuits. On the other hand, industry converts these ideas into a business affair that can generate money. You can combine these two ideals in science entrepreneurship.

If you have a great scientific mind and a zeal to bring your ideas into the ‘real world’ by taking calculated risks, then the entrepreneurship is something you should consider. Your college or university likely has a technology transfer office or an entrepreneurship center that can help you get started. Many of these centers include basic instruction on funding, researching competitors, market research, intellectual property issues, and many more topics. Those basics include networking, researching the market, knowing the preexisting competitors, financial security, intellectual property aspects, and much more.

Hopefully, this article gave you insight into the many opportunities available for you outside of academia!

References

1. Weissmann, Jordan. (July) The Stagnating Job Market for Young Scientists. Slate.
2. McDowell G. (2016). The Fool’s Gold of Ph.D. Employment Data. Science.
3. Science Council (2018). 10 types of scientist.

SOURCE

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