Top of the PI Wish List: Interpersonal Skills

Making sure people work well together isn't just the right thing to do. It's the moral thing to do.


Richard Gallagher
When it comes to management, researchers are highly skeptical if not outright hostile.

When I worked in the lab I was lucky: My coworkers were generally agreeable and often became my close friends, and the lab heads, despite lacking any obvious training, applied plenty of common sense. We worked in a relaxed, low-pressure environment where the human interactions and group dynamics were never sorely tested. I dread to think how we would have coped with the higher stress levels of a competitive situation and a couple of obnoxious coworkers.

The examples in the feature by Kerry Grens give me some idea. Yelling, crying, bullying, skullduggery of all kinds, and an overriding sense of hostility are described. While these may be extreme examples, they are by no means unique. Surprise, surprise: No data are available. But anyone with experience knows that poor interpersonal relationships characterize many, many academic laboratories, and with researchers becoming more and more interdependent and increasingly cutthroat, things are only going to get worse.

Stereotyping notwithstanding, when it comes to management, researchers are highly skeptical if not outright hostile. In their book, Lab Dynamics: Management Skills for Scientists, Carl and Suzanne Cohen write: "Among scientists in all fields of specialization is a strongly held belief that if you just get the science right, everything else will fall into place or become irrelevant." 1 It's a straightforward case of intellectual snobbery.

Unfortunately, this attitude doesn't square with studies of the NASA space program 2 or the chemical industry, 3 where human interaction and communication have been shown to be key factors in success. Is academic research so different from these pursuits that team skills and people management don't matter? That's hard to imagine. Still, we need relevant data before the problem of lab behavior is fully out of the closet.

If poor interpersonal relationships in the lab are found to be hindering progress, then addressing the problem becomes a moral obligation. The general public and the charities that support so much research have every right to demand that use of their funding be optimized.

Such a finding would require that researchers with managerial responsibilities be trained. Their ability to run a harmonious research group would become a factor in performance appraisal. And, academic institutions would need to factor interpersonal skills into hiring decisions.

For those who come to their management skills instinctively, productive cultures come naturally. It is no surprise that outstanding researchers such as JoAnne Stubbe (see profile here) are credited with being great managers and mentors. Others need training. It is encouraging to read in Grens' feature that this is being provided in progressive institutions. The Carnegie Institution, profiled in this article, provides another example of a supportive yet highly intellectually challenging environment.

Every lab worker would feel the impact of improved managerial skills to some degree ? especially the thousands laboring in abject misery, or worse, thinking about quitting research altogether.

One way forward is to communicate. If you have a tale of lab woe to tell, or better, a story of resolution and enrichment to share, please write to mail@the-scientist.com.


1. C.M. Cohen, S.L. Cohen, Lab Dynamics: Management Skills for Scientists, Cold Spring Harbor Laboratory Press, 2005.
2. D. Vaughan, The Challenger Launch Decision: Risky Technology, Culture and Deviance at NASA, University of Chicago Press, 1996.
3. C. Perrow, Normal Accidents: Living with High Risk Technologies, 3rd ed., Princeton University Press, 1999.


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More hallucination, cont'd-3
by Mentorless

[Comment posted 2007-03-18 22:57:15]

62. Trainees who don't mind mentors disparaging their religious beliefs to their faces.
63. Student-trainees who embrace mentors' admonishments not to spend time looking for a postdoc.
64. Student-trainees who don't know about postdoctoral fellowships.
65. Trainees who heed mentors' order not to spend time on fellowship & grant apps.
66. Postdocs who don't know the panoply of postdoctoral fellowships.
67. Postdocs who never learn fellowships are lab- and institution-transferable.
68. Trainees who don't mind mentors redirecting their fellowship meeting, equipment, & supplies funds to their salary & health insurance.
69. Trainees who believe mentors' explanation their attending meetings in exotic, far away, poor countries is an effort to raise lab money.
70. Trainees who don't mind mentors massaging their data for publication.
71. Trainees whose moral compass is not greater than their mentors'.
72. Trainees who don't mind sleeping among homeless when attending meetings because the mentor & Dept. refused to provide a complete package.
73. Trainees who embrace mentors' & Dept. chairs' claims that trainees redirect meeting room & board allowances to parties & booze. (See #72.)
74. Trainees who never learn their Dept. has a NIH doctoral training grant (T32).
75. Trainees who, if learn as above (#74), do not learn its budget beyond stipend and tuition reimbursement.
76. Trainees who never ask to see mentors' grant apps.
77. Trainees who never learn of the Freedom of Information Act.
78. Trainees who, if learn as above (#77), neither request NIH training grant nor mentors' grant apps.
79. Trainees who won't be happy unless their mentor is.
80. Trainees who never realize their mentor is a disgusting human being.
81. Trainees who are easily manipulated.
82. Trainees who think, "honesty is the best policy" applies only to mentor-trainee interactions.
83. Trainees who do NOT think.
84. Trainees who never learn mentors' excluding their efforts on patent apps. and inst. invention disclosure forms.
85. Trainees who, if learn as above (#84), do not make a fuss.





More hallucination, cont'd-2
by Mentorless

[Comment posted 2007-03-11 12:26:37]

51. Trainees who like their mentor calling them, "stupid."
52. " " "... "too intellectual."
53. " " "... "&%$#" or "#$%&."
54. Trainees who won't disparage PI non-credibility.
55. Trainees who snicker with me, not reprimand me, when I brag about antagonizing others.
56. Trainees who expect PI-leadership.
57. Trainees who just do what I say.
58. Trainees who listen patienly when I complain endlessly about: the chair, faculty, my mortgage, my children, money, collaborators, my other trainees, etc.
59. Trainees who don't come in before me.
60. Fewer trainees who have ideas.
61. Fewer trainees who want to make lasting scientific contributions.





More hallucination, cont'd
by Mentorless

[Comment posted 2007-03-10 04:38:56]

34. Dept. Chairmanship (see #1, 2, 3, 4).
35. #34 w/out sacrificing HHMI position.
36. Elimination of HHMI extracurricular activities regs. (see #6).
37. Allow posting signs in Med Schl, "MD FREE if earn PhD (also free) in my lab." (see #4, 9)
38. Better parking (closer, covered).
39. Free parking.
40. More-stupid Dept. Chair.
41. Trainees who embrace my personal questions (see #19).
42. Trainees who embrace my suggestions to date competitors' trainees (see #19).
43. More butt-sucking trainee/informants (need to know personal & prof. details of everyone; see #19).
44. Trainees who spread my rumors (see #19).
45. Private toilet.
46. Bigger office.
47. Beter Dept. coffee.
48. Free Dept. coffee.
49. More comfortable chair.
50. Worship I deserve.





More hallucination
by Mentorless

[Comment posted 2007-03-06 18:24:07]

PIs' real wish list (in order):

1. More money: higher PI salary, larger research budget.
2. More lab space: more slaves & prestige (for more papers/money; see #1).
3. Fewer course responsibilities: interfere with career.
4. More admin/sec support: papers, grants, & patents (i.e., more career support; see #1;).
5. More PI prizes (i.e., career support).
6. Less stringent conflict of interest regulations (see #1).
7. Less stringent peer-review of my papers.
8. Larger funding agency budgets (see #1).
9. Doctoral candidates with more extensive research experience (training a career drag).
10. More journal editor friends.
11. Larger consult fee (i.e., more papers, awards, etc.; see #1: salary).
12. NAS election (see #1, 11).
13. More journal editorial board positions.
14. Larger Tech. Lic. office (see #1).
15. Funding agency advisory board appointment.
16. More company director appointments (w/ comp.; see #1, 11).
17. Better-looking flight attendants.
18. Better air-flight menus.
19. Fewer scrupulous trainees, everywhere.
20. Fewer trainees expecting career advancement (career interference and/or drag).
21. More-cunning Nobel laureates & NAS members (exposed fraudsters lower award value; see #1, 11, 12).
22. Larger housing subsidy.
23. Easier institution-inst. grant transfers.
24. More difficult inst.-inst. doctoral reqs. transfers.
24. A REAL lab supply & equipment (incl. liquids) moving company.
25. Special pay scale for lab manager-PI_spouses.
26. Fewer safety and responsible-conduct-in-research regs. and seminars; Elimination of ORI (see #1, 8, 21).
27. State stem cell research initiative (see #1).
28. State my-area-of-reseach initiative (see #1).
29. Fewer more-witty trainees.
30. Fewer reagent requests.
31. Elimination of ATCC & IMSR (embarassing for non-submitters).
32. More time for career.





Comments on the editorial article
by Prof. A.V. Moharir

[Comment posted 2007-02-26 07:12:52]

Yes, putting a group of scientists in a team on a single project indeed is a difficult task, shadowed with personal ego, inter-personal rivalry and at times mischief. As a personal experience, I tried to put all the 18 scientists in my division from multi-disciplinary background to study the wheat crop growth from all angles of soil water and nutrient application, movement, leaching, utilization, nutrient use efficiency, retention in soil, in relation to soil physical and environmental, meteorological growth conditions to effectively study the crop growth dynamics and its efficiency in a holistic way. Earlier attempts to work out problems in restricted individual studies were not leading to any positive direction. With considerable persuation and support from the institute authorities, a common multidisciplinary project was put into working with obligation to share the data with all involved. However, it was difficult to keep people committed and willfully share, discuss, help each other in interpretation of results and advance the science in general further. Without personal commitment, convictions, sincerity, passion to solve a particular problem in the interest of farmers and positive interest in persuit of the science on the part of all working together, things donot work well. The days of individual discoveries in highly interdisciplinary area such as agriculture are gone and scientists will have to learn to work with open minds and commitment together. Earlier science was more open. Today, with ideas of intellectual property rights, commercialization of research, things have become much more complicated both for the organizations and the individuals involved.

Prof A.V. Moharir
Retd. Head & Professor
Division of Agricultural Physics, Indian Agricultural Research Institute
New Delhi, India





It's true!
by Dr. Vinod Nikhra M.D., New Delhi, India

[Comment posted 2007-02-14 00:32:44]

The team work is often a casualty resulting from personal rivalry, ego problems and hidden aspirations. Your colleagues wear a mask, act friendly at work place which in fact they may not be. All this leads to feeling of insecurity, but mainly hits the work output of the organization. Are there certain simple ways to solve this problem?