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Opinion: Encourage alternatives

We don't do enough to prepare the growing number of scientists who opt out of bench work


[Published 17th March 2010 03:09 PM GMT]


When funding from the National Institutes of Health began to steadily fall (adjusting for inflation) following its boom years, so did the number of tenured and tenure-track faculty positions. From 2003 to 2007, the number of those positions declined by 5.8 percent across all sectors of academia, according to the American Federation of Teachers.

Image: Wikimedia commons, Luckow
Perhaps as a result of the tighter funding climate and the ever-rising competition for fewer tenure-track positions, the number of PhD-level life scientists seeking alternative careers appears to be steadily increasing; the National Postdoctoral Association reports that more than 50 percent of science and engineering PhDs work outside of academia. Alternative career-seekers include academic investigators who fail to obtain tenure, some who are tenured but fail to obtain or renew funding, postdoctoral fellows faced with a dismal search for a tenure-track position, and new PhD graduates. I fell into the latter category. Despite keen interest and diligent effort, it's not easy to dive into an alternative career, and major barriers prevent a smooth transition -- two of which are especially detrimental.

First, the majority of PhD-level academic mentors have a negative stereotype toward alternative careers that don't involve bench research; many of these careers are often viewed as "merely clerical" in nature. Academic mentors are trained to cultivate future academic researchers and mentors. Thus, some mentors feel that it is a waste of time to provide research and PhD training to individuals who will choose to pursue an alternative career, and thus, mentors may not support a transition away from the bench. Despite this, it is possible. After searching for over two years, I obtained a science writing and editing position with the Markey Cancer Center at the University of Kentucky.

We need to change how we perceive alternative careers. There are simply not enough academic jobs for all the scientists being trained, and PhDs can make significant contributions to positions outside of the laboratory setting. If appropriately credentialed, an individual should not be discouraged from pursuing any career. Those of us who are fortunate enough to have gained alternative career employment will lead the way in changing the misconception that life science-trained PhDs cannot adequately perform, for example, a job in the business sector.

The second major barrier to obtaining an alternative career position is the conventional PhD program, which does not address -- and certainly does not directly prepare students for -- opting out of academia. While PhDs may acquire translatable skills, such as problem solving, project management, and written and oral communication skills, they receive no formal training in prospective alternative career fields. This puts us at a disadvantage when searching for alternative careers. I received excellent training as a biochemistry graduate student, but little to none of that training directly dealt with obtaining and succeeding in science writing and editing.

An easy solution to this problem would be to begin obtaining the necessary education and training for your dream job before finishing your PhD. This is often easier said than done as many alternative career-seekers, like me, do not realize an interest in a non-research position early on. While I never considered becoming an academic researcher, it wasn't until my last year in graduate school that I decided to pursue a career in administration -- one that would allow me to apply my science background. However, at that point, writing my dissertation and completing my degree dominated my time.

Fortunately, unique educational/training opportunities are beginning to emerge to address the rising interest in alternative life science careers. Professional Science Master's (PSM) programs, for example, are being established throughout the US. PSM programs, similar to Master of Business Administration programs but fashioned for those who are educated in the sciences, prepare graduates for positions as science/research administrators in the biotechnology or healthcare industry and other business-related science careers.

Laboratory research is not for everyone with a passion for science. Attitudes toward alternative careers will likely change over time, and it will become easier to obtain additional education/training that will allow for a smoother transition. However, for now, the fact remains that many interested in pursuing alternative careers are at a disadvantage. For these individuals, identifying an area of interest, gaining hands-on experience, networking, and good old-fashioned hard work, determination, and perseverance remain the best method for landing their dream job.

Nathan L. Vanderford earned a PhD in biochemistry from the University of Kentucky, completed a one-year postdoctoral fellowship at Vanderbilt University, and is now pursuing a career in administration.

Related stories:
  • It's Academic. Or Is It?
    [1st August 2005]
  • Broader Ph.D. Training Can Benefit Science and Society
    [1st February 1999]
  • Traitors or Trailblazers? Scientists Pursue "Alternative" Careers
    [9th November 1998]


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    Not just a last resort
    by Nikki LeBrasseur

    [Comment posted 2010-04-20 10:18:59]
    In your article, you note that "the majority of PhD-level academic mentors have a negative stereotype toward alternative careers that don't involve bench research," yet this article itself perpetuates that same negative connotation. Perhaps inadvertantly, you imply that scientists only leave the bench when they "fail:" fail at getting tenure, fail to renew grant funding, etc. In fact, many scientists who excelled in grad school or at post doc positions chose to leave that career path for any number of reasons, including having certain skills that many academic scientists lack and that make us perfectly suited for an "alternative" career. Far from a negative, these additional skills should make us proud. I for one am blissful that my skill set brought me a career away from the bench that affords me more free time, less stress, a wider range of challenges, and a better salary than academia would have. As a fellow science writer, I hope you will put a more positive spin on those like us in the future.



    Asking the right question
    by VETURY SITARAMAM

    [Comment posted 2010-03-23 02:20:41]
    In a mentor/mentee relationship, there is bound to be some definition of the direction that dominates the apprenticeship. An alternative career essentially asks for a deviation from this direction. Therefore, expecting mentoring in individualized directions (alternatives vary with individuals) is like asking a sailor to build a home. He may, but it is likely to sink! The dilemma posed is about less availability of jobs and therefore alternative jobs should be sought by the Ph.D.s for survival and they need to be told of the possibilities. Can they be mentored?
    There are many fallacies here. It is written primarily by an evangelist who opted out of bench work (he is certainly entitled to) who is trying to say that it is a logical thing to do. There can be no objection to the individual choice. What he missed out was on the personal nature of the decision. There is an in-built complaint that such transitions are neither anticipated nor encouraged in the original working (training/mentoring) environment. Why should they be? What is special about graduate level as opposed to say earlier Bachelor or Masters levels? Many have shown transitions. At each and every stage.
    In the academia as well as in arts, a person has to find his place with some sense of devotion and take the risk. So many opt for a theatrical career and few end up with some level of significance. What are to be respected are the initial drive and its sustenance against odds. If many end up as waiters, there is no need to talk of there being honour in being a waiter. I am not preaching bigotry. A given profession cannot preach alternatives. It is the individual who looks for the alternatives.
    Any one who has taught for a significant number of years knows how little comes of education and guidance. What I taught is unimportant compared to the fact that I taught. Many years and many changes later in ones career, a few come back to meet you and reflect on what difference that past contact has made in their lives. The operative word is ? a few?. That they do itself makes the effort worth its while. What is more important is that they do very little with what you taught or mentored but they have found the free spirit helpful in their own endeavors. That is a blessed mentor. The mentees found their own thing.
    A lot of this has to do with how you execute your job, in research, at bench or wherever. Do the people around you and their opinions matter? It is a hard job to be able to switch between your own passion and that of the doubting Thomases who are actually, or hopefully, in search of their own.



    semi-alternative career?
    by anonymous poster

    [Comment posted 2010-03-18 17:50:02]
    I think that sometimes what is also overlooked is that a few of us who train in basic laboratory science ... and even begin down that path career-wise, identify research interests that expand beyond the molecules and test tubes and pursue research interests focused more on the social and policy and ethical implications of basic science(successfully pursuing, yes, but sometimes not so easily because of institutional and other traditional barriers). These individuals do add value to the entire research enterprise, I like to think, but can come up on the short end of the deal too. They are not "anti-science" as some immediately assume but rather want to facilitate the integration of science into society and its acceptance by the public.



    Why are we still calling these "alternative" careers?
    by Bobbie Austin

    [Comment posted 2010-03-18 16:56:34]
    It seems like "alternative" career as opposed to career option was used to be inflammatory as a strategy to get readers. I thought this was a dead argument. No matter how much you love science, there are just more opportunities away from the bench. All of my training in grad school, time as a faculty mentor, and post-doctoral fellow provived a necessary and valuable background for what is considered in this article to be an "alternative" career.



    extra-academic careers
    by Nancy Greig

    [Comment posted 2010-03-18 14:36:57]
    I certainly identified with some of Dr. Vanderford's points. Expecting to follow the traditional career path to college professor, I had an unexpected opportunity while on my first postdoc to head up a live butterfly exhibit at a natural history museum. Some of my mentors seemed to think this was "beneath" someone with a PhD since the position involved no research. In fact it has been a terrific (and fun) opportunity that uses the skills I acquired in grad school (knowledge of field, problem solving, oral and written communication) while also demanding others that are not taught - staff management, budget preparation, interpreting science to the public, etc. PhDs with "alternative" careers can have an important role as liaisons and dispellers of the "ivory tower" image of academia. Hopefully, academics too will learn that alternative careers can be valuable and rewarding.



    are PhDs trained to mentor?
    by John Rodgers

    [Comment posted 2010-03-18 14:10:05]
    "Academic mentors are trained to cultivate future academic researchers and mentors."
    I challenge the second assertion of this statement. I see little evidence that PhDs in any discipline, much less in science, are trained to mentor at all, much less cultivate future mentors (which would mean, mentoring future mentors so that they can be good mentors). There are a few institutions who provide mentoring training. Perhaps psychiatry and clinical psychology are exceptions, because of the nature of their work. For most, "mentoring" is more-or-less equivalent to "role modeling"- just do whatever you see me do, or what I tell you to do. Of course there is some "coaching" for specific bench procedures or perhaps for public presentations. For the most part, scientists are not taught how to teach, and merely do to/for their students what was done unto them.
    -John Rodgers jrodgers@bcm.tmc.edu



    What is
    by Tarakad Raman

    [Comment posted 2010-03-18 08:06:29]
    Are you using the term Bench Work to mean something different from Brain Work? I ask because, here in India, some ancient "scientists" (fossilized scientists) consider dancing with a rack of test tubes in hand to be real science, not sitting down and THINKING and PLANNING experiments. Unfortunately, some of these fossils still control science in India. They would blithely quote Edison, "Genius is one percent inspiration, ninety-nine percent perspiration," -- ignoring a less known Edison saying: "During all those years of experimentation and research, I never once made a discovery. All my work was deductive, and the results I achieved were those of invention, pure and simple." In other words, Edison was an inventor, not a true scientist.



    Why we still call them...
    by anonymous poster

    [Comment posted 2010-03-17 13:50:57]
    When I wrote Biotech companies, I was trying to imply that not everyone did bench work...just wanted to clarify!



    Why we still call them
    by anonymous poster

    [Comment posted 2010-03-17 13:48:58]
    I am not sure why we are still calling these alternative careers! They are Careers in Science. Even before funding rates dipped, and faculty positions were hard to come by, people went outside of academia. How else did biotechnology companies get started?!

    When, during my postdoctoral training, a group of us approached faculty members to "lobby" for tuition reimbursment so we could take formal courses in fields other than science, we were told that we are already educated enough. While I do agree that spending 5 1/2 years on average for grad school and about as much for postdoc training is enough, it is important to recognize that not everyone will be impressed that you can run gels. I know that at least some of the NIH Institutes do provide additional training to their fellows.

    Mentors want to clone themselves and that is why they are not open to talking about careers different from the one they are having. But a good mentor should also recognize that sometimes seeds grow best when not in the shadow of the parent tree.



    Provide more information and opportunity
    by Suzanne Coberly

    [Comment posted 2010-03-17 12:09:52]
    Dr. Vanderford makes many good points. When I decided academics was not for me, it was a very stressful time as I felt I had wasted a lot of time preparing for a career I hated. I was interested in applied research and tried to learn more about working in biotech, but very few of the professors I worked with could give me any contacts or advice. While I don't necessarily agree that a PhD program (or medical fellowship) can or should prepare everyone for any possible alternative career, it would be very useful to have classes discussing possible alternatives and to have contacts in industry, etc willing to mentor graduate students and postdocs. This would open people's eyes and allow them to do the appropriate research. Rotations through companies or other alternative positions would also be really good to provide experience and referrals. I ended up finding my way to a very good job (I'm the pathologist director at Amgen SF), but it took me quite a while on my own.



    Growth of Professional Science Master's Degrees
    by Stephen Lemire

    [Comment posted 2010-03-17 11:09:45]
    Dr. Vanderford's point related to Professional Science Master's (PSM) degrees are right on the mark. There are now 170 PSM degree offerings at 86 institutions and about half of these are in the life sciences. The rate of growth/demand in recent years has been around 25-30%. For more info go to www.npsma.org.



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