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Metamorphosis of young investigators in science A critical appraisal of PhD affairs by the Utrecht Graduate School of Life Science PhD community (Manifesto compiled during the GSLS PhD day
2016) Genoveva Keustermans MSc*1, Remco Molenhuis MSc*2, Femke van Rhijn-‐Brouwer MD*3 & Peter-‐Paul Zwetsloot MD*4
* Authors are listed alphabetically and all contributed equally
Author affiliations:
1Chair Graduate School of Life Sciences PhD Council, Member of the Infection and Immunity Education Committee
2 Member UMCU O&O-‐raad (Research & Education council),Prout representative (PhD Network of Utrecht University), Member GSLS PhD council
3 Representative of the Regenerative Medicine program, PhD council Utrecht Graduate School of Life Sciences, Member of the MD-‐PhD sensor group
4 Member of PhD initiative Pro-‐Motion
The past years have been turbulent for the scientific community with major changes in money flows and funding, new stakeholders and an evolving scientific citizenship that makes everybody eligible for an opinion on science; its output, its focus and its future. Recipients and stakeholders are now seated alongside scientists at every step of the scientific process; as emphasized in the ‘National Science Agenda’, leading to an increased focus on societal value and valorization and the consultation of the civilian/patient/end-‐user in many decisions. As such, PhD candidates take on more than one task within this system. On one hand, by undergoing the process of education and training, these candidates strive to achieve the best within their own groups, University and society; while on the other hand PhD candidates are the working force behind the brunt of daily scientific practice. Despite their essential role in the scientific process, PhD candidates are rarely a partner in discussions about the future of science. Reforms in the scientific system will have a major impact on PhD candidates. Therefore, the current scarcity of a ‘PhD’ perspective is unacceptable.
It is through this unique position of both receiving and practicing science that the Utrecht Graduate School of Life Sciences (GSLS) PhD body has taken up interest in the institution of Science and its potential future. Thus, during the annual PhD day organized by the Utrecht GSLS (February 12th
2016), PhD candidates convened to discuss the future of science in order to gain insight in the PhD perspective of these matters.
The PhD day comprised of focus group discussions, presentations from profs. Bert Theunissen and Frank Miedema, a course market, a collective voting session on the outcomes of the focus groups and a newly introduced prize for the Supervisor of the Year. Six focus groups were formed, each discussing a sub-‐topic relevant to the GSLS PhD candidates. Each group subsequently created two propositions which summarizes the most important points raised during the discussion. In the
plenary session afterwards, all participants were invited to vote upon the propositions through an e-‐voting system.
Here, we present a summary of the focus group discussions and the results of the plenary voting, forming an analysis of the current state of science as discussed by the participants of the PhD day focus groups and attendees of the plenary meeting. . Given the essential role of PhD candidates in the scientific community, this position paper should be taken into account by policy makers who try to shape new scientific policies and metrics.
Funding vs Integrity
Currently, grant committees are a major player in deciding what research is conducted. Grant applications are often judged on the CV of the PI and the return on investment of the proposal. Proposals that will lead to a tangible result in a short time frame, submitted by PIs with more high impact papers will have better chances of getting funded. The focus group discussing this topic felt that this ‘system of doing science’ is not acceptable.
Curiosity driven research, i.e. research focused on basic questions instead of having a direct societal applications, is essential to drive scientific knowledge. However, given the requirements that are put forward by e.g. funding agencies, curiosity driven research is often not feasible. Time limits (e.g. 1 PhD project of 3-‐4 years) do not allow for longer studies, and curiosity-‐driven studies may never lead to output in terms of papers, which hampers future grant applications. Scientific output is mostly measured in terms of ‘impact factor’ instead of the actual value of the results discussed.
Thus, the current system of doing / funding science needs major changing, as perverse incentives lead to a shortsighted and a short term vision with regard to ‘output’ and ‘results’. 59% of all PhD candidates present at the PhD day agreed with this statement. 76% of all PhD candidates present at the PhD day agreed that other factors aside from ‘publication record’ should be considered in funding applications.
Aside from the ‘system factors’ identified by the focus group, participants felt that individual scientists also have the responsibility to pull their weight. For instance, in the sharing of data and research methods and holding each other accountable for quality, not only through the official peer-‐review process. One of the proposed alternatives was a ‘thumbs up / thumbs down’ metric to judge the quality of research papers instead of citations. Importantly, the focus group felt that we shouldn’t compete with other scientists but all fight for common knowledge, factors that are discussed further in the following sections
Science communication Three factors are currently taking center stage when discussing the topic of science communication. Intertwined with each other, open access publication, peer review and data sharing are of pivotal importance. When looking at statements 3 and 4 regarding reviewer comments and raw data (figure 3) we see no overwhelming difference in opinion amongst all the participants of the PhD day, however, when centering in on the focus group discussion dedicated specifically to this topic various common threads appear. When analyzing open access publication, there was consensus with regards to the fact that publications should indeed be open access. This is especially due to the fact that research is mostly publically funded and should thus be available to the public. In addition to this, current publication systems seem to result in a profit for the journals and not the researcher that is; researchers pay to have their work published but must additionally pay in order to access other work in the journal in
which they place their data. The same holds true for citizens, who pay double if they want to view tax-‐funded research. Upon dissecting peer review, it was evident to the focus group that political pressures influence the current process of review, creating a bias in a system that was designed to safeguard the quality of science. To combat this political sway, several actions were suggested; reviewer comments should be published alongside articles, individuals working closely to a topic may not review a publication discussing said work and finally a fail-‐safe should be designed in which editors are notified when a reviewer publishes an article on the same topic as a paper he/she has rejected within a (short) period of time. Finally, on the subject of data sharing, it was postulated that raw data should always be made available to reviewers in order to uphold the quality of work published. This sharing of raw data should however, not jeopardize the privacy of any participants within the research. As a concluding remark, the focus group agreed that true negative results or reproducibility data should be clearly linked to publications through comment sections, letters or databases accompanying the research articles. Motivation for doing a PhD
In this focus group, various reasons for starting a PhD project, from ‘liking the project’ to ‘needing a PhD to be able to specialize as a medical doctor were discussed. Intrinsic motivation was deemed the most essential factor for doing a PhD by the participants, with 85% of the PhD candidates present at the PhD day agreeing that intrinsic motivation is essential. However, extrinsic motivations, such as needing a PhD for your next career step, are an equally valid reason to do a PhD, as long as the quality of the work does not suffer. This is reflected by the fact that only 24% of all PhD candidates agreed with the statement ‘It is wrong to start a PhD just to enhance your future career perspectives’; 76% thought it to be a valid motivation.
In the end, all the participants in the focus group wanted their work to ‘mean’ something, by contributing to science or clinical practice. Participants also felt a certain responsibility toward their institute and to society (including the funders) to deliver a quality thesis. However, this responsibility came with the warning that the pressure of gaining significant result in order to publish articles was postulated to lead to the possibility of fraud. Many participants describe how doing science grew on to them and became a goal in itself instead of a means to an end.
PhD competencies
Once graduated, many PhD candidates will not have the opportunity to stay in academia, as the number of PhD candidates has increased over the past decades and post-‐graduate positions are very limited. Of the GSLS PhD candidates that that are not planning a medical specialty, only 38% plan to have a future career in science (figure 2 ). In line with this, 78% of PhD candidates beyond the first year of their PhD study agree that they should be trained in skills required outside of academia.
In this respect, the recent NFU-‐initiative to define key-‐competencies for PhD candidates is highly appreciated by PhD candidates. In consultation with supervisors and peers, the PhD candidate can identify competencies that he or she could improve, followed by taking specific courses offered by the GSLS course center (e.g. time-‐management, supervising students, communication, fund-‐raising). Competencies acquired during the PhD study are also of value in a non-‐academic setting. For example, supervising MSc students will bring in general management skills. However, the majority of PhD candidates are not yet aware of how to translate courses in competencies such as supervising students to a more general setting (figure 3).
Many skills that are considered advantageous for the PhD’s future career are developed ‘naturally’, adopted during the PhD, which might be partially explained by the employee-‐status of PhD candidates in the Netherlands. These skills include handling with stressful situations, teaching, selling yourself and being independent. Indeed, many skills needed inside academia are comparable to skills needed outside academia. However, even with the definition of competencies and courses and creating awareness about naturally adopted skills, there is a great responsibility for supervisors to guide candidates in developing, both general skills and, a unique differentiating ‘niche’ set of skills.
Education and Training
The multi-‐faceted development of PhD candidates includes, but is not limited to, the research conducted. During our PhD tracks we get the opportunity to teach and be taught. Education and training could be differentiating one’s time as a PhD candidate, although not every person chooses to follow courses or educate students. During the general conclusions among participants, common opinions were that PhD candidates should all have the possibility to teach and/or delve into new topics for their own personal growth and development. It is, however, the candidates’ intrinsic drive and motivation that should guide this choice of differentiation. All young investigators should have the opportunity to learn new skills, which should not only be scientifically interesting and/or important but, should focus on personal development of careers and plans in and outside of academia (figure 3). We are not always aware of the opportunities we have with regards to training and future career perspectives (figure 3). The means to this development should be offered by the university as courses or in any other format e.g.: involving employers outside of academia in training, education and career perspectives. This proposition is also one of the recommendations proposed by the KNAW in a recent exploration of the Dutch PhD culture1.
Supervision
In the UU scientific system candidates usually have at least two supervisors, namely a promotor and co-‐promotor. These individuals are given the responsibility to guide PhD candidates along the first steps of their academic career. Although this is a mandatory function of supervisors, discrepancies are exhibited in daily practice amongst PhD candidates of Utrecht University. In the discussion group mixed opinions were shared about what supervision should entail during a PhD track and a unanimous opinion was shared on a few basal requisites for supervision: supervisors should meet with their PhD candidate on a regular basis to discuss their projects, there should be particular attention on monitoring the long-‐term progress of the young investigator, and larger issues such as expectations and personal development should always be approached (figure 3).
Supervisors should in essence understand every facet of their charge in order to tailor their supervision to help their apprentice achieve and develop the most.
In order to highlight and commend successful supervision, the GSLS-‐Supervisor of the Year award was launched this year. This prestigious prize was awarded to prof. Frank Huisman, as he and all the final nominees excelled in the categories deemed most important to successful supervision: tailored mentorship, focus on personal development and regular supervision, which gave their PhD candidates the feeling of empowerment, and academic and personal stimulation.
Conclusion
PhD candidates embody a unique group as both trainees and employees at our Universities. As such, the current transition of the institution of Science is felt and noticed from many perspectives by PhD
1 Koninklijke Nederlandse Akademie van Wetenschappen 2016 | 64 pages | ISBN 978-‐90-‐6984-‐701-‐6
candidates. The PhD body should ultimately function and be heard as one voice taking part in the scientific community. Policymakers both in-‐ and outside of academia should thus take notice of these future educators/scientists and involve them in discussions if possible. Along with their participation within the scientific system, candidates should be aware of the current flaws it may hold and be proactively involved in his or her development and future. If properly educated, supervised and enthused, the PhD body is one of the critical masses in this system. We feel that transparency is key for the future self-‐evolution of Science, as many more stakeholders (society, companies, etc) will influence the future of Science in many ways. In this ongoing process we have tried to raise awareness of these topics at Utrecht University within our GSLS community, the UU, and also (inter)nationally. To maintain and expand on the current quality of PhD education in Dutch universities the PhD body should remain involved in the process of understanding and discussing issues within the scientific system because, in the end, we are and will be, the Future of Science.
FIGURES AND LEGENDS
Figure 1: Expected duration of PhD. PhD candidates attending the 2016 annual PhD day of the Utrecht GSLS were asked for
the expected duration of their PhD project, via e-‐voting during the final plenary session (N=89). PhD candidates not
planning a career as medical specialist (n=65) contrasted with PhD candidates pursuing a career as a medical specialist
(n=24).
0% 20% 40% 60% 80% 100%
Medical
Non-Medical
ExpecteddurationofPhD
<3years 3years 4years 5years >5years
Figure 2: Planned career after PhD. PhD candidates not planning a career as medical specialist were asked for their career
plans after graduation (n=65). PhD candidates plan a career in academia (38%), at a company (23%), at a government/non-‐
profit organization (12%), or don’t know what to do after graduation (28%).
0% 20% 40% 60% 80% 100%
PlannedcareerafterPhD(non-medical)
inacademia atacompany atagovernment/non-profitorganisation don'tknow
Figure 3: Statements by PhD candidates. PhD candidates attending the 2016 annual PhD day were split over six different
subgroups to discuss the following topics: Funding vs Integrity, Science communication, PhD competencies, Motivation for
doing a PhD, Supervision, and Education and Training. Each subgroup of PhD candidates formulated two statement, which
were subjected to e-‐voting during the final plenary session of the 2016 annual PhD day (N=89).
0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Statement1:Thecurrentsystemof'doingscience'needsmajor
changing
Statement2:Contributionsotherthanpublications(e.g.peer-review,
teaching)shouldbeincludedascriteriaforobtainingfunding
Statement3:Reviewer commentsshouldalwaysbepublished
alongsideanarticle
Statement4:All rawdatashouldalwaysbepublished,unlessthis
jeopardizesprivacy(e.g.ofpatients)
Statement5:DuringyourPhD,youshouldbetrainedinskillsrequired
outsideofacademia
Statement6:Ifyoudon'tself-evaluate,youshallnotgraduate!
Statement7:Intrinsicmotivationtocontributeknowledgetosociety
isimportanttodelivergoodscience
Statement8:It iswrongtostartaPhDjusttoenhanceyourfuture
careerperspectives
Statement9:Regularcommunicatingandcomparingexpectations
frombothPhDstudentandsupervisorareatooltoimprovequalityof
supervision
Statement10:Supervisorsshouldpayattentiontopersonal
problems,suchasdisappointmentsandhowtocopewiththem
Statement11:EducationduringPhDcanbesufficientforwork
outsideofacademia(e.g.acourse'howtosuperviseaMScstudent'
canactasamanagement course),butwearenotawarehow
translate thisintoacommercialsetting
Statement12:Weknownotallofuscanstayinacademia,butitis
reallyhardtoseewhat isoutthere,whatotheropportunitiesare
availableoutsideacademia
StatementsbyPhDcandidates
"Agree" "Disagree"