Michael Sturek
Indiana University School of Medicine
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Michael Sturek, Ph.D., is Professor and Chair of Cellular & Integrative Physiology at Indiana University School of Medicine. He received his B.A. from Augustana College, M.S. from Purdue University, and Ph.D. from the University of Iowa. He completed postdoctoral work at the University of Chicago, then rose through the ranks from Assistant Professor to Professor of Physiology and Internal Medicine at the University of Missouri before moving to Indiana in 2004. He has directly supervised 22 postdoctoral fellows and faculty fellows, 27 Ph.D. and Masters students, 20 medical students, and 35 undergraduate research fellows and served on the committees of 93 other Ph.D. and Masters students. Sturek has served on the APS Careers in Physiology Committee and other APS committees. His most recent mentoring effort was as the inaugural President of the Indiana Chapter of the APS, in which a major goal has been the grassroots development of junior physiologists.
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The relationship between the research advisor and advisee has many facets and expectations. While some of the expectations are explicit, many are implicit. We are fortunate that the APS has outstanding resources available for mentoring and being mentored, which make these expectations more transparent (e.g., see below for additional resources). While I was a member of the Career Opportunities in Physiology Committee it became apparent that a concise checklist – an abbreviated “how to” list – would also be helpful. That concept prompted this Advisor’s Checklist shown in Table 1.
Although I have created the checklist somewhat more through the eyes of the laboratory research advisor, the advisee should also find it very useful to gain an understanding of expectations that many mentors have and to facilitate their own training to become an advisor, whether in academia or the private sector.
The overall organization of the checklist is based on ACTION items and whether these actions were completed, i.e., whether the goals were ACHIEVED. Although the process seems a binary Yes or No, cut-and-dried decision, the process is, in many cases, continuous. See the “Ongoing” status in the right column of the checklist labeled “ACHIEVED?”. In many cases, however, one can and should establish a DEADLINE for achieving the actions.
The checklist is also organized by the phase of the advisee’s training. The phase “Before the advisee is in the class or laboratory, general principles” in many ways is a philosophy of behavior and will involve some soul-searching and up-front decisions about whether this is what the advisor sees as important. In essence, the advisor should reflect on what kind of advisor / mentor one wants to be (1). These ACTIONS more specifically define the character of the advisor. ACTIONS for the advisor then go through early (and/or short-term) projects, mid through later projects, the thesis, postdoctoral fellowship, and after the training. Some of the items are obvious, so I will not go into detail about each. Instead, I will highlight some critical items (in bold italics) to stay within the scope of this brief article.
Table 1. Research Advisor's Checklist
| ACTION |
DEADLINE |
ACHIEVED? |
| Before the advisee is in the class or laboratory, general principles |
| Establish your laboratory |
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| Lead by example; be a role model |
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| Expect excellence |
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Ongoing |
| Be honest; mean what you say |
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Ongoing |
| Recognize outstanding potential and nurture it |
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Ongoing |
| Appreciate everyone’s individual talents |
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Ongoing |
| Show mutual respect |
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Ongoing |
| Treat the advisee as you would want to be treated |
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Ongoing |
| Stop wanting to be liked by the advisee |
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Ongoing |
| Always praise when appropriate; praise more than criticize |
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Ongoing |
| Learn from your advisees |
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Ongoing |
| Be timely for initial meeting (and all) |
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| Advisee should describe his/her interests and experiences; advisor should listen attentively |
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| Ask advisee what s/he would like to do if s/he could have any project in the lab |
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| Communicate clearly with advisee – possible projects, expectations |
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| Provide IACUC, biosafety, other regulatory information |
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| Early (and/or short-term) laboratory project |
| Establish ground rules, expectations – dress code, hours, etc. |
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| Set deadlines and enforce |
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| Complete IACUC training, if needed |
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| Complete biosafety training, if needed |
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| Unless the advisee knows exactly what s/he wants to do, assign a manageable project |
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| Provide an outline of the project and require advisee to revise |
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| Complete formal agreement, if required |
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| Discuss long-term goals |
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Annually |
| Provide direct, hands-on instruction (by either advisor or senior lab member) in all aspects of project |
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| Present project design and work-in-progress in regular group laboratory meetings |
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~Weekly |
| Provide written authorship guidelines |
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| Promote personal confidence |
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Ongoing |
| Regular (weekly) reserved time for one-on-one discussion of progress, etc. |
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Weekly |
| Have an open door policy … during designated times |
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Ongoing |
| Collect enough data for abstract and/or contribution to manuscript in laboratory |
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| Introduce advisee to other faculty, leaders in the field |
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Ongoing |
| Advisee should summarize project in writing |
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| Complete formal evaluation of advisee |
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| Mid through later laboratory projects |
| Regular (weekly) reserved time for one-on-one discussion of progress, etc. |
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Weekly |
| Have an open door policy … during designated times |
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Ongoing |
| Recognize that a team accomplishes more than any individual |
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| Always maintain their individual contributions, projects |
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| To avoid “procedural drift” require advisee to contribute to laboratory methods notebook (lab manual) |
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| “Audit” data to help safeguard data integrity (to avoid scientific misconduct) |
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Monthly |
| Conduct annual review; may include graduate committee |
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Annually |
| Promote more independence |
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| Although advisee may be more independent, visit the lab even just briefly to observe, etc. |
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~Weekly |
| Formally assign advisee as mentor of junior lab member |
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| Publish manuscript(s) |
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| Gain experience in business for the life sciences, i.e. technology transfer |
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| Doctoral fellowship application, if appropriate |
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| Thesis |
| All of the above, plus emphasis on … |
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| Regular (weekly) reserved time for one-on-one discussion of progress, etc. |
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Weekly |
| Have an open door policy … during designated times |
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Ongoing |
| Focus on writing, excuse from many common laboratory duties |
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| Student should complete all graduate college deadlines, etc. in a timely manner |
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| Postdoctoral fellowship |
| All of the above, plus … |
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| Set goals for independent career (Individual Development Plan) and refine continually |
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~Annually |
| Determine whether teaching experience is needed |
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| More grant writing experience |
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~Annually |
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More formalized written annual review
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Annually |
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| After the research project, degree (B.S., M.S., Ph.D, M.D., D.V.M., etc.), or postdoctoral fellowship training |
| Maintain contact and support |
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Ongoing |
Before the Advisee is in the Class or Laboratory, General Principles
First, the no-brainer is that you must establish your laboratory. Although trainees can gain much experience from setting up a laboratory, starting absolutely from scratch can make a naïve trainee feel very insecure. Give yourself a specific date as a deadline and mark proudly the column “Yes!” when you have achieved this milestone of setting up a functional laboratory.
The next 10 action items largely define the character of the advisor. First and foremost, please note that you do not simply achieve these once and call it quits; instead, these are ongoing, disciplined behaviors that need continuous practice.
Leading by example and being a role model adds the strongest credibility to your message. This is the “walk the talk.” Although being the most inspiring and competent research physiologist does not guarantee that all advisees will succeed, if the advisor says one thing and does another this is a sure way to stifle their chances for success. Indeed, internal integrity is a cornerstone of science and business practice. Despite what we academics may think, some of the best examples come from the business world and there are excellent sources on the subject of leadership, including leadership by example (4).
Be clear and be proud and communicate that you expect excellence. (…Unless you do not expect excellence, which is a different conversation that you should have with yourself.)
Be honest and mean what you say. Although we should have learned this in kindergarten, we might have evolved and become jaded to think that there are exceptions for adults. Again, leadership principles indicate that the long-term working relationship is best developed by making these pacts and honoring commitments. Think of it as a principle of physics and the way the universe should run (3).
Recognize outstanding potential and nurture it, while appreciating everyone’s individual talents. For example, not everyone will love whole animal physiology and not everyone will love transcriptional regulation of gene expression.
Perhaps one of the most difficult concepts to assimilate is to stop wanting to be liked by the advisee (1). If you are true to other aspects of mutual respect, etc., then you are better prepared to tolerate most of the possible frustration or dislike the advisee might have for you regarding your clear expectations for excellence and hard work. Our primary purpose is not to be friends or to make the project easy. Instead, our primary purpose to help the advisee to fully develop her/his talents in physiological research. Often, the harshest advice may be the best. Kinship is clearly cherished and an added bonus of the advisor-advisee relationship, but it is not the main goal.
Go into each advising experience with the clear mindset that you will learn from your advisees. You will learn patience, how to develop your own talents, and you will even learn science. We advisors probably learn more from our advisees than they learn from us.
After the big 10 general principles have been considered, you’re ready for an initial meeting with the potential advisee. One of the most penetrating questions from the potential advisor is "What would you like to do if you could have any project in the lab?" The question tests whether the advisee has really done her/his homework about your laboratory research and it typically prompts the advisee to think very actively on her/his feet. Advisees, this question may seem too direct, but it allows you to take stock of your goals. Are you just doing a research project so that it looks good on your resume or do you truly want to learn? This initial meeting can actually be a point at which one or both parties decide that this relationship will not work, which can be due to differences in research interests and/or expectations.
Communicate clearly with advisee – possible projects, expectations. Although creative play in the laboratory is enjoyable, typically time is too short and usually a person will flounder without clear initial plans. Information on the nuts and bolts of Institutional Animal Care and Use Committee (IACUC), biosafety, other regulatory issues should be provided as soon as possible. Document, document, document. Mark those completion deadlines and achievements in the checklist. Please make this an active process.
Early (and/or Short-term) Laboratory Project
The first several items and overall aims of this category are structure and organization: establishing ground rules, expectations (dress code, hours, etc.), and setting and enforcing deadlines.
In addition, unless the advisee knows exactly what s/he wants to do, assign a manageable project and complete a formal agreement. The formal agreement of performance expectations may sound too stuffy and legalistic and stifling to the advisee’s creativity, but in the early stages of a project my opinion is that there is much to be learned regarding the overall concepts and laboratory methods. The research novice must have a framework of knowledge before blindly venturing too far. Further, objective criteria for performance more strongly legitimize grading for academic credit for the research project and better enable the advisor to differentiate between levels of performance of trainees.
More active learning can be facilitated if the advisee is provided only an outline of the project and required to revise it before creating the formal agreement.
Some consider it most appropriate to discuss long-term goals only annually after the advisee has had substantial experience and a clearer picture of her/his options. However, my perspective is to ask the advisee to state a vision of a long-term goal; in essence, to begin with the end in sight. This puts the planned research experience within the hopes and dreams of the advisee. It enables the advisor to ask “How can I help you achieve your long-term goals?” This is especially important for the varying needs of undergraduate, graduate, medical scientist trainees, and postdoctoral fellows. Tailor their research activities to mesh with their future, long-term goals. If their overall goals change over the course of work in the laboratory, then reflecting upon their goals at the conclusion of some period is highly instructive.
The trainee’s first project has been planned and now one jumps into it with great energy. Despite the level of training that the advisee has from previous work, it is still highly recommended that you provide direct, hands-on instruction (by either advisor or senior lab member) in all aspects of project. Start the advisee with a solid basis and avoid procedural drift that can occur when laboratory methods are passed along to numerous members without quality control checking.
Although sometimes threatening to new trainees, they should present project design and work-in-progress in regular group laboratory meetings as soon and as frequently as possible. This is best to learn the language of science communication, but it also provides excellent motivation for the advisee to make continuous progress. Additional opportunities for students to practice their presentation skills should be at local scientific meetings at their institutions or at the state level (e.g., APS Chapters) and then progress to larger regional and national conferences (e.g., Experimental Biology). Ideally, advisees should obtain experience with poster and oral presentation formats.
Very soon after her/his first several presentations, the advisee should have a feel for her/his contribution to a project and should be thinking of scholarly works, thus it is essential to provide written authorship guidelines relatively early in training. No authorship guidelines (criteria) are absolute and it is best to deal with authorship up front at the start of a project. The APS also has excellent resources and examples of authorship guidelines on the website (see additional resources below).
The increasing time demands for the principal investigator / lab director make it all the more important for regular (at least weekly) reserved time for one-on-one discussion of progress, etc. Related to that, many advisors boast an open door policy and I wholeheartedly agree … during designated hours. The time for advisee and advisor are more optimally used during these time blocks. Otherwise, there is frustration from inability to schedule and, worse yet, time fragmentation, which divides one’s creative energy and thought processes. This is further exacerbated by unlimited email and text message access.
A meaningful laboratory experience, e.g., 6- to12-week project, should enable the advisee to collect enough data for an abstract and/or contribution to a manuscript in the laboratory.
At appropriate times one should introduce the advisee to other faculty and leaders in the field. Early introductions are important to give impressions to students.
Finally, the advisee should summarize the project in writing to enable assessment of their understanding and ability to organize data.
Formal evaluation of the advisee should include attention to criteria, such as the level of commitment (time, reliability, conscientiousness, punctuality), self-reliance, independence, intellectual curiosity, communication skills, mastery of concepts of the research (scientific comprehension, intellectual involvement), and laboratory skills (specific methods, organization of data, recording keeping, accuracy).
Mid Through Later Laboratory Projects
The early (short-term) project should provide an excellent foundation for continuing in these more advanced stages in laboratory research. Again, regular meetings are essential. It is hoped that the advisee and advisor appreciate this predictable, regular time for discussion. The current nature of highly interdisciplinary research is likely to be maintained and further expanded, thus making it essential to communicate that a team accomplishes more than any individual, while allowing the advisee to always maintain their individual contributions, and projects.
The sense of ownership of their project is highly motivating in high quality advisees. These actions are facilitated by requiring the advisee to contribute to laboratory methods notebook (lab manual), which also helps avoid the “procedural drift” that occurs, especially in large laboratories.
The importance of ethical conduct of research has been highlighted recently (2), hence a periodic “audit” of data could help safeguard data integrity (to avoid scientific misconduct). Progress in the research experience will be facilitated by promoting more independence in a stepwise manner at every opportunity.
As we should know from being an advisor and teacher (whether teaching coworkers or students), we learn the most when we must teach. Accordingly, an important step is to formally assign the advisee as a mentor of a junior lab member. In addition to the benefit of the advisee learning her/his project even better, their performance and formal teaching/mentoring can be documented and put into their permanent record, which is very useful for future recommendations regarding teaching experience. This does not substitute for formal classroom teaching, but one-on-one supervision is a critical part of their scholarly mission.
As the student becomes more senior in the program the advisor should introduce the advisee to other faculty and leaders in the field. Unlike the early stages of training, the introductions should involve more discussion of the student's work or their career plans, so that the students can interact further with these faculty and leaders.
Publishing manuscripts must be a priority at this stage. The advisee should not only write the manuscripts but should also be a full part of the submission process, which includes any on-line procedures, recommendation of reviewers, revision, etc.
The changing landscape of biomedical research now requires, in my opinion, that students gain experience in business for the life sciences, i.e. technology transfer. This includes some knowledge of market analysis and stages of drug and device development.
A successful doctoral fellowship application for support of their studies has been shown to be a strong predictor of future academic success; thus, should be completed at the appropriate stage of their training.
Thesis
If the advisee has a thesis requirement for their program, the above ACTIONS should proceed relatively unabated, in fact, accelerated. The exception would be allowing the advisee in later stages to focus on writing and be excused from many common laboratory duties.
Postdoctoral Fellowship
Many of the previous mentoring ACTIONS are also needed for the postdoctoral fellowship phase. The absolutely crucial step for development of an independent scientist is to set goals for an independent career with an Individual Development Plan and refine it continually. The APS and FASEB website resource materials are excellent for this (see additional resources below).
Depending on the goals of the advisee, one can determine whether teaching experience is needed. The amount of teaching should not be excessively burdensome.
More grant writing experience should prime the candidate for an independent career. This is a critical step, since the postdoctoral fellow may be supported by funds that require more focused work on the mentor’s research grant and would not best facilitate independence from the mentor’s work. Ideally, postdoctoral fellowship grants would enable the fellow to work on grants sufficiently different than the advisor’s work to make steps toward independence.
A more formalized written annual review can set the stage for transition to an independent position (for sample annual review, see additional resources below).
After the Research Project, Degree (B.S., M.S., Ph.D, M.D., D.V.M., etc.), or Postdoctoral Fellowship Training
After the advising / training period, another satisfying stage for the advisor is to maintain contact and support. The mutual pride of advisor and advisee show the long-term outcome of conscientious advisory programs and communication.
Overview
This relatively long list only scratches the surface of the mentor-mentee relationship, which can be explored in many readings (e.g., see Ref. 1). The single best piece of advice is to personalize this advisor’s checklist with some revisions and make it a working, living document. Finally, one item that is blatantly absent from the checklist is “Care for your advisees” … but you already know that if you’ve read this far.
Acknowledgments
I thank the members of the APS Career Opportunities in Physiology Committee for commenting on my discussion of the Advisor’s Checklist. In particular, I thank student member Zachary Sellers, Ph.D. for his review and written comments on the checklist.
The Word version of the Research Advisor’s Checklist is available below, so that you can revise to suit your specific needs and make this a working, living document and plan.
References
- Burroughs Wellcome Fund and Howard Hughes Medical Institute. Making The Right Moves: A Practical Guide to Scientific Management for Postdocs and New Faculty. Research Triangle Park: Burroughs Wellcome Fund and Howard Hughes Medical Institute, 2006. Focus specifically on chapter 5.
- Frank M. We must do better! Physiologist 54: 43-45, 2011.
- Hendricks G and Ludeman K. The Corporate Mystic. New York: Bantam Books, 1996.
- Kotter JP. Leading Change. Boston, MA: Harvard Business School Press, 1996.
Comments:
The "Research Advisor's Checklist" offered by Dr. Sturek is an excellent resource for anyone who manages or is part of a laboratory group. I wish I had seen it earlier, as I often find myself dealing with situations as they are happening and sometimes when it is too late (or almost so) to fix the problem. Having the benefit of foresight and clear approaches and expectations will lead to more laboratory and personal productivity and happiness.
I like that this checklist is action- and behavior-based, and includes expectations the advisor has for themself regarding advisee success and role. I also like that there are spaces for deadline-based activities as well as things that should or could be ongoing. Importantly, different sections are devoted to different timeframes within an advisee's career and different project lengths. Summer undergraduate research projects have more deadlines and less time for relationship-building than thesis or dissertation projects, but are also less likely to go off track. Thus better outcomes are likely to be achieved if the expectations of both advisor and advisee reflect the ultimate goal and are communicated early and often.
One suggestion I would make is that the concept of "serving as a role model" for the advisor should also be ongoing. The longer a trainee is with me, the more they begin to understand the various aspects of my job and the more they witness how I deal (sometimes not very well) with different situations. They also begin to see, over time, how I engage new and established resources, troubleshoot, ponder and wonder, organize my thoughts and projects, etc. I have no illusion that I'm a perfect role model, but with the added honesty and mutual respect criteria suggested by Dr. Sturek, I strive to be a useful one.
Kristin Gosselink
University of Texas, El Paso
Response
Thanks for your comments and suggestion. I agree entirely that “serving as a role model” is ongoing and subject to continuous improvement. If we mentors wake up every day and ask ourselves what are we doing today to be a role model, then we’ll be on the right track.
Mike Sturek
I found this to be a very timely and helpful article as we approach the start of a new semester, with new incoming students. I really like the advice to ask the potential trainee about what project they would like to do a great idea as it forces the trainee to think about why they are expressing an interest in the lab, and to better focus their attention even at an early stage during rotations. I have also learned from experience that the trainees cannot read your mind and you have to be clear about what you expect – my staff/senior students inform any newcomers to my lab that when I say “…when you get a chance/have time” I basically really mean I need it immediately!
I personally find that setting deadlines is the way to go. In fact, my more senior graduate students often ask me to set them deadlines so as to keep them on track. However, in speaking with other faculty members, I have often been questioned about what to do when the student doesn’t meet the deadlines. Some faculty believe that it is not their job to ‘enforce’ the deadlines since part of the student training is them making a commitment and sticking to it. What is the author’s advice for these kind of situations?
Caroline B. Appleyard
Ponce School of Medicine
Response
To Comment: I’m glad that your students have been able to translate your “…when you get a chance/have time” deadline. I don’t even try the deadline “as soon as possible” anymore, because that means the request is likely to end up farther down in their pile of “to do” items. Some appreciate my humor when I say I need something by “11:59 p.m. on Monday 6/13/2011”, as we need to be specific to be fair.
Question: How do we “enforce” deadlines?
Answer: This is the tough part and is a theme of these initial comments on the article. (See Dr. Grippo’s question, also.) A couple of “enforcers” are helpful. First, if the student is taking research for academic credit, then the grade for completion of a project (e.g. data collection, data analysis, report, etc.) can be dependent on successful completion of the project at the mutually agreed deadline. We expect that students will take exams on time, so it is reasonable to expect that they complete a defined project on time. It is very important, however, that the project is defined, not open-ended. I have a terrible habit of underestimating the time for completion of almost any project, so I keep that in mind when establishing these deadlines and consideration of consequences of not meeting deadlines. A second “enforcer” is the reminder to the trainee that “excellent” trainees accomplish projects within mutually agreed upon deadlines (or provide very compelling reasons for being late for a deadline), while “below average” trainees fail to meet deadlines. Tell the trainee explicitly that these performance metrics will be part of their permanent record.
Mike Sturek
Questions:
Thank you for this excellent resource! This is a very helpful article, especially for new faculty who are attempting to manage several new tasks including establishing one's own research program while also training students and postdocs. Can you comment on your strategy for setting deadlines for students, such as for data collection and writing drafts of documents, in addition to formal deadline set by the department or institution? Have you found it useful to provide the student with what you believe is a realistic deadline, or alternatively tell the student to determine his/her own deadlines for particular tasks? Additionally, what strategies have you used for enforcing the deadlines (or perhaps altering them if needed)?
Angela J. Grippo
Northern Illinois University
Response
Thanks very much for your comments and questions. I will break them down individually.
Question 1: Can you comment on your strategy for setting deadlines for students, such as for data collection and writing drafts of documents, in addition to formal deadline set by the department or institution?
Answer 1: Beyond department and institution deadlines for thesis documents the deadlines for particular tasks are dependent on the complexity of the task. Deadlines for manuscripts are a great example. If the manuscript is first being submitted as an abstract at a scientific meeting, then the submission deadline is imposed on the advisor and student. After the abstract, I find it very helpful to set interim deadlines for sections of the manuscript. First, it’s good to work together to compose a very rough outline of the manuscript, which should only require about 30 minutes of concerted effort. Second, the student can then expand on the outline by providing a very brief (several sentences) background and hypotheses / aims, title and authors, and the results with rough figures and tables and very brief captions. This should require only a few hours of work, but given other commitments for ongoing class and laboratory work, one might project a 1-2 week completion time. The rough summary and outline form provides the framework of the message of the manuscript without getting bogged down in proper sentence structure and other details. (I will stay away from more detailed description of writing manuscripts, which is covered very well in APS workshops and is on the website.) The separate, detailed sections of the manuscript can then be accomplished in separate deadlines.
Question 2: Have you found it useful to provide the student with what you believe is a realistic deadline, or alternatively tell the student to determine his/her own deadlines for particular tasks?
Answer 2: The best deadlines are those set by the student with some advice from the mentor. S/he buys into the deadline. Similar to the Research Advisor’s Checklist, one can set up a checklist with the “Action, Deadline, Achieved” columns.
Question 3: Additionally, what strategies have you used for enforcing the deadlines (or perhaps altering them if needed)?
Answer 3: This is the tough part. If the student is taking research for academic credit, then the grade for completion of the manuscript can be dependent on successful completion of the manuscript (other research activity) at the mutually agreed deadline. I like to show the commitment of the advisor by establishing deadlines by which I will return revisions of the manuscript. We often put advisor and mentee deadlines in the same document. Altering deadlines is necessary sometimes, so statement of the reasons for the altered deadlines clearly in the checklist is very helpful. If deadlines are altered several times, then there is cause for concern and re-evaluation.
Mike Sturek
In speaking about publications, you did not mention the advisor’s responsibilities. A low number of publications can be the single most important thing for a trainee when trying to obtain a grant or faculty position. Does the advisor have a responsibility to make sure the trainee gets a certain number of publications during their time? Should they find ways for the trainee to be involved in collaborations/review articles to increase a deficit in manuscript number? Does the advisor have a responsibility to make sure that authorship for the trainee is protected even when they have left the institution?
Sarah Lindsey
Wake Forest Baptist Health
Response
Question 1: Does the advisor have a responsibility to make sure the trainee gets a certain number of publications during their time?
Answer 1: Yes, I agree that the advisor has a large responsibility for facilitating the trainee’s publication output. It is difficult to set an exact number of publications required because that will depend on the nature of the work (e.g. in vitro, acute experiments vs. in vivo, chronic animal or human studies) and the journal quality and format. I’ve found that excellent to outstanding graduate students should be a coauthor on 1 or 2 manuscripts per year overall. Quality postdoctoral fellows will publish several per year. An overall plan of the content of a manuscript and a timeline will facilitate, but not guarantee, expedient publication. The timeline should include intermediate deadlines, such as for a rough outline of the manuscript, then introduction, etc. (See my responses to Dr. Grippo’s question on manuscripts.) A huge responsibility of the mentor is quick turnaround of manuscript revisions. (I have both failed miserably and succeeded marvelously in this!) Timely review shows the commitment of the advisor by establishing deadlines by which the advisor will return revisions of the manuscript.
Question 2: Should they find ways for the trainee to be involved in collaborations/review articles to increase a deficit in manuscript number?
Answer 2: Yes. The collaborations are essential because science today is increasingly “team science”. The numbers of publications I cited above include coauthored, not just first authored, publications. Review articles are certainly a good idea, but original articles take priority.
Question 3: Does the advisor have a responsibility to make sure that authorship for the trainee is protected even when they have left the institution?
Answer 3: Yes, authorship should be protected, but to a limited extent, in my opinion. Numerous mentors have the experience of a trainee leaving the laboratory with the best intentions of writing that manuscript. The priority of their new position, however, almost always either grossly delays or completely blocks completion of the manuscript. This is not good for the trainee or the advisor. I have been fortunate to have trainees who have recognized the importance of publication and we have included the following requirement in our criteria for authorship:
The coworker must maintain regular contact with the primary author and principal investigator, continuing work from submission of the manuscript through final publication; primary (first) authorship of any manuscript will be guaranteed only if the manuscript is submitted to a journal before the coworker departs from the lab.
Clearly, there is protection for conscientious coworkers who continue work on the manuscript. If a coauthor fails to meet reasonable deadlines for review of the manuscript, etc., then they can be excluded from authorship. We state these requirements up front and almost everyone is on the same page and this approach works well.
Mike Sturek
This article is a very well thought out and helpful example of how to form successful mentor-mentee relationships during all levels of the process and is a great addition to the already established mentoring resources provided by the APS. One question I have is whether you encourage your trainees to gain experience in basic laboratory management processes (i.e. writing protocols, preparing and managing budgets) or do you feel that this is better to "learn as you go" once the trainee begins to become an independent investigator?
Amy C. Arnold
Vanderbilt University
Response
Yes, it is very important that the trainee gets some experience in basic laboratory management. I will reinforce from my article that writing protocols (experimental methods) is crucial to the overall understanding of running uniform, repeatable methods in the lab and protecting against “procedural drift”. The trainee must also have an appreciation for the budget, so I’ve on occasion posted a monthly total of the funds available for supplies and then required everyone to use this like a “checkbook” and subtract expenditures. They are amazed at how quickly the funds vanish.
Mike Sturek