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The 'Welcome Letter': A Useful Tool for Laboratories and Teams

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Abstract

The ability to clearly set expectations is an important leadership characteristic. However it is very common for individuals heading up research laboratories or scientific collaborations to struggle with, or not identify the advantages of, explicitly communicating what they expect of the people working in their lab or participating on their team, not to mention what the participants can expect in return. Here we describe a 'Welcome Letter' as a tool that can be used in the scientific setting to effectively create a framework for working relationships and serve as a scaffold for building trust. The 'Welcome Letter' enables the lab leader to articulate expectations prior to incorporating new members into the group. Scientific teams can use the letter in much the same way, crafting it together to develop a shared vision for the functioning of the collaboration and once crafted, sharing it with new team members.
Cite this article: Michelle Bennett L, Maraia R, Gadlin H (2014) The ‘Welcome Letter’: A Useful Tool for Laboratories and Teams. J Transl Med Epidemiol
2(2): 1035.
Journal of
Translational Medicine &
Epidemiology
Special Issue on
Collaboration Science and Translational Medicine
Edited by:
Gaetano Lotrecchiano
Assistant professor of Clinical Research and Leadership and of Pediatrics at the George Washington, University School of
Medicine and Health Sciences, USA
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*Corresponding author
Michelle Bennett L, Division of Intramural Research,
NHLBI, NIH, 10 Center Drive, Bethesda Maryland,
20892, USA, Tel: 301-451-0036; Fax: 301-480-5775; Email:
Submitted: 10 May 2014
Accepted: 31 July 2014
Published: 02 August 2014
ISSN: 2333-7125
Copyright
© 2014 Michelle Bennett et al.
OPEN ACCESS
Keywords
•Setting expectations
•Team science
•Collaboration
•Laboratory management
Commentary
The ‘Welcome Letter’: A Useful
Tool for Laboratories and
Teams
Michelle Bennett L1*, Richard Maraia2 and Howard Gadlin3
1Division of Intramural Research, NHLBI, NIH, 10 Center Drive, Bethesda Maryland, USA
2Intramural Research Program, Eunice Kennedy Shriver National Institute of Child Health
and Human Development National Institutes of Health, USA
3Center for Cooperative Resolution, OD, NIH, 31 Center Drive, Bethesda Maryland, USA
Abstract
The ability to clearly set expectations is an important leadership characteristic.
However it is very common for individuals heading up research laboratories or
scientic collaborations to struggle with, or not identify the advantages of, explicitly
communicating what they expect of the people working in their lab or participating on
their team, not to mention what the participants can expect in return. Here we describe
a ‘Welcome Letter’ as a tool that can be used in the scientic setting to effectively
create a framework for working relationships and serve as a scaffold for building
trust. The ‘Welcome Letter’ enables the lab leader to articulate expectations prior to
incorporating new members into the group. Scientic teams can use the letter in much
the same way, crafting it together to develop a shared vision for the functioning of the
collaboration and once crafted, sharing it with new team members.
COMMENTARY
There are many ways things can go wrong in relationships
whether they be in a personal or a work related setting.
Underlying many problems within relationships in laboratories
is a failure on the part of the Principal Investigator (PI) to make
his/her expectations explicit. A PI’s statement of expectations
can provide guidance for the handling of problematic situations
within a lab. In the absence of explicit guidance interpersonal
       
following scenario: Post-doc A goes to her PI to report a complete
breakdown in her working relationship with Post-doc B. She
reports that Post-doc B has been using her reagents without
asking and has continued to do so even after Post-doc A have
spoken directly with Post-doc B about this. To make matters
worse, Post-doc B recently sent Post-doc A the methods section
for a paper he was writing up for submission to a journal and
asked Post-doc A to describe in detail how the reagents were
made so it could be included in the paper and didn’t even have
the decency to offer Post-doc A credit. The PI, irritated both by
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Michelle Bennett et al. (2014)
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J Transl Med Epidemiol 2(2): 1035 (2014) 2/4
the account of what had happened and by the fact that she now
had a problem Post-doc to deal with, called Post-doc B in for a
dressing down. But not for a moment did the PI think that the
situation might have been, at least to some degree, her fault.
Many PIs seem to assume that their expectations about how
the lab functions make so much sense that they do not have to
      
who do not meet their expectations they often attribute the
problem to the lab member’s personal failings. Unfortunately this
can result in loss of trust, miscommunication, and frustration on
both sides.
Of course, it is not only individual laboratories that
       

collaborations, especially if the collaborating scientists fail to make
explicit their expectations for the conduct of the research project,
the sharing and analysis of data and roles and responsibilities
for preparing manuscripts. If one also takes into account the
range of differences that are often involved in collaborations
- different disciplinary expertise, institutions, nationalities,
languages, and cultures–the potential for misunderstanding and
miscommunication is considerable.
One important element of being an effective, contributing
member of a group is having a clear sense of what is expected
of oneself and other members of the group, and knowing what
criteria the group leader(s) will use in making decisions and
     
         
workgroups in that interpersonal and group dynamics contribute
considerably to their functioning.
In the study titled “How, When and Why Bad Apples Spoil
the Barrel: Negative Group Members and Dysfunctional Groups”
Felps et al. [1] described the disruptive effects that members who
“withhold effort…express negative affect, and violat [e] important
interpersonal norms (p.175)” have on group functioning. Felps’
study dovetails nicely with the work of Tyler and Blader on
identity and prosocial behavior in groups, which has shown that
the more strongly people identify with a group the more effort
they make toward realizing its mission and the more closely
they adhere to its norms and rules [2]. In our (LMB and HG)
       
the group increases when the mission is clear and the norms and
rules are explicit.
         
       
result, in part, from failure to state expectations explicitly. Even
something as simple and apparently obvious as work hours, when
not addressed, can cause a great deal of stress for an investigator
and uncertainty among lab members. For someone just starting a
laboratory it can come as a surprise that they can actually tell an
employee what hours they should be at work contributing to the
lab mission, let alone how to interact with lab mates.
     
to clearly state expectations often leads to serious dysfunction.
For example, in some cases the very differences in expertise that

that subverts the effectiveness of the research team.
Many years ago, one of us (RM), recognizing the importance
of providing clarity for all manner of topics in the laboratory,
sat down and crafted a letter to the fellows and technicians
working for him in his lab. His goal was to communicate clearly
his expectations of them while also making sure they understood
what they could count on from him. The contents of the letter
have changed with time and feedback. Now, anyone who
expresses interest in working in RM’s laboratory is provided the
‘Welcome to My Lab’ letter as a prelude to discussing whether
this is an environment in which the fellow or technician would be
comfortable working in. The letter provides a clear framework
          
fellows’ training program; expectations regarding work habits,
relationships among lab members, participation in meetings
and other activities, record keeping, and presentations are all
laid out. The letter also details training, career development, and
other practical aspects that the lab members can expect from
him and his program. Finally, the letter describes the dimensions
along which the fellow’s performance is evaluated, the mentoring
offered, and how authorship and other decisions are made. A
checklist of potential letter topics is included in Table 1.
To help trainees gain the expertise and experiences they
need to move onto the next step in their career trajectory
      
and coaching. A ‘Welcome Letter’ can set out guidelines on how
the fellow will be supervised, mentored, sponsored, and even
         
participation by both parties, the letter can also make clear the
fellow’s responsibility to contribute to each of these component
parts. For example, in RM’s letter, there is a networking section
that spells out some of the possible ways the PI will sponsor the

the fellow for helping review manuscripts, recommending them
for talks at meetings, and introducing them to other scientists. Of
course, fellows need to perform well in these situations to earn
this kind of advocacy by the principal investigator.

every function for every trainee. Some investigators can provide
great supervision but might be less comfortable or skilled in some
aspects of mentoring. In these instances the ‘Welcome Letter’
could clearly articulate that additional mentors may be engaged
to support the fellow’s personal and professional development.
In the course of HG’s work as the NIH Ombudsman, he sees
many problem situations that could have been avoided if only
peoples’ expectations had been made explicit at the outset of

he realized at once how valuable it was. Simple in structure and
approach it read more like a statement of personal philosophy
than a bureaucratic reminder of rules and regulations. As a
person at the NIH who mediates disputes between scientists
and is therefore often invited to give talks about productively

PIs establish effective relationships with fellows and reducing
the chances of and damage caused by misunderstandings and
           
PIs at NIH. After the presentation, many of the PIs independently
 
spite of this demonstrated enthusiasm on the part of the junior
investigators, the suggestion that PIs consider developing a
‘Welcome to my Lab Letter’ is sometimes met with resistance.
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Michelle Bennett et al. (2014)
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J Transl Med Epidemiol 2(2): 1035 (2014) 3/4
While some scientists immediately see the letter as the
answer to some of the issues they faced in the lab, others resist
the very idea. Several have stated that they do not want to be
obligated to those in their labs as a result of making promises.
Others are concerned that a ‘Welcome Letter’ does not allow
for appropriately individualized treatment of fellows and staff.
And some just didn’t want to be bothered to fully articulate their
expectations. Some PIs were reluctant based on ‘principle’ or they
prefer a ‘hands-off’ type of approach, non-interference, or what
is sometimes referred to as the ‘sink or swim’ method. Indeed
there are some senior scientists who simply do not believe in
mentoring and others who would never try to have such direct
  
which they see as inappropriate for science. However, many
scientists, especially those early in their careers, have responded
very positively to the ‘Welcome Letter’ idea. Perhaps not
surprisingly, mid-level investigators who have dealt with a major
misunderstanding in the lab or collaborative and have spent
months trying to reinstate a positive group dynamic also see
the wisdom in this approach. It is worth noting that when LMB
and HG have discussed the ‘Welcome Letter’ at universities and
medical schools, it has generally elicited considerable interest
      
reports of its successful implementation.
It should be noted that many who committed themselves
to crafting a letter found the task of explicitly stating their
expectations more of a challenge than expected, it ultimately was

their lab to function and their staff to behave and interact. Often
they found the exercise actually helped them to become clearer in
their own minds, which increased clarity translating into a better

         
[2] such that trainees in labs using the ‘Welcome Letter’ might
well identify more strongly with the lab and therefore be more
committed to its success. At one level this seems obvious: if you
believe your success is intrinsically connected to the success of
the lab you are in, it is directly in your interest to help the lab
succeed.
The ‘Welcome Letter’ is an investment in mentoring. It
expresses in a non-explicit manner that the author cares about
the performance of the lab members, their achievement, and
their career development. It also provides a concrete model of
an acceptable mentoring style that the lab member can take with
them. Presently there is no hard empirical data supporting the
usefulness of the ‘Welcome Letter’ but there are many anecdotal
accounts of its value. We hope that adding the concept of the
‘Welcome Letter’ to the literature may lead to some systematic


        
overwhelmingly positive. They indicated that the letter helped
set out the expectations, which in turn helped them feel grounded
in their research environments. The ones that have moved on to
independent positions have crafted letters of their own to set
expectations with their staff in their current positions. Several
also recognized that the letter has had profound impact on their
own approach to mentoring trainees. Another suggested that if
all PIs created ‘Welcome Letters’ for their trainees many fewer
personnel problems would surface and went so far as to suggest
The Letter can transmit important information about:
 Goal of research group/PI vision
 
 Role of the PI or Team Leader(s) – what can be expected
 Expectations of laboratory or team members
Specific Topic Areas Could Include:
Laboratory/Team Interactions and Procedures
9Team meetings
9
9Sharing space, property, and facilities
9Time and attendance
9Vacations/Leave
9Networking and Attending Outside Meetings
9
9PI or Team Leader(s) Work habits
9Expected work habits
Conduct of research
9
9Notebooks, record keeping, sharing data
9Data presentations
9Submission of Abstracts and Presentations
9Sharing data
9Responsibility for data storage and retrieval
Communication
9Seminars and talks
9Abstracts and manuscripts
9Logistics and agendas for routine meetings
9Expectations for participation and/or contribution
9Process to follow if there is a disagreement
Authorship & Collaborations/Sharing Credit
9
9Ongoing projects
9Process for regular review and revision
9Acknowledgments
Career Development
9Training in science
9
9Personal Interactions - professionalism
9
9Promoting the careers of more junior members
9Opportunities to take on new leadership roles
Evaluation
9
9Reference Letters
Scientific Administration & Leadership
9Manuscript review
9Grantsmanship
Mentoring
9Finding a mentor (or mentors)
9Mentoring, sponsoring, coaching others
Institutional and Local Resources
9Employee assistance program/counseling
9Housing
9Local information
Table 1: Potential Topics for a “Welcome Letter”.
Central
Michelle Bennett et al. (2014)
Email:
J Transl Med Epidemiol 2(2): 1035 (2014) 4/4
it could help avoid mismatches between PIs and trainees. One
negative comment did align with some people’s perception of
the letter that it can initially strike trainees as overly formal. At
the same time, that person described the overall experience of

It is, of course, up to the PI or team leader as to what topics
are addressed in the letter. Some additional topics not yet
mentioned include expectations for the use and care of shared
       
meetings, attending conferences, developing job seminars or
data presentations, and submitting abstracts or manuscripts.
Additional elements can provide guidance in the areas of
networking, conduct of research, authorship and collaboration,
     
grantsmanship, and a process for managing disagreement and
        
       
        
         

and institutional guidelines.
Taking into consideration that the trainees and other staff in a
lab most likely come from a very wide range of different cultural
and organizational backgrounds some problems can be avoided
by addressing even mundane matters such as work hours and
temporal overlap with the PI and/or other staff, how one is
expected to use their time, and expectations about professional
conduct in the lab.
Becoming self-conscious about running a lab can also
contribute to effectively leading interdisciplinary research teams.
      
        
setting clear expectations for all the research participants [3,4].
A natural extension of the ‘Welcome to My Lab’ letter is the
        
collaboration, a ‘Welcome to the Team’ letter. Such a statement
can be used in the team setting, as a scaffold for establishing trust,
articulating the team’s vision, and assuring everyone knows what
to expect of everyone else.
The topics covered by the ‘Welcome to the Team’ letter can
certainly overlap and touch on some of the same issues as the lab

         
such as developing the project vision, sharing credit, collecting
and considering all participant input, making group decisions,
promoting the careers of the more junior participants, mentoring
for team science, and managing power dynamics. Understanding
how the various interactions and transactions within the team
will be handled allows team members to concentrate more fully
        
even just the act of formulating a ‘Welcome to our Team’ letter
can help considerably in sharpening the sense of shared mission
and establishing common norms among all participants in the
collaboration.
Over the past several years LMB and HG have included
discussion of the ‘Welcome Letter’ in team science workshops
conducted at the NIH as well as at a variety of medical research
centers in North America. Informal feedback from participants in
those workshops indicates that the ‘Welcome to the Team’ letter
approach has now been used by a number of interdisciplinary
groups and its utility has been very positive. Some letters have
been written by the leader and then shared with the group.
Other letters have been written in a more collaborative fashion.
Regardless of approach, the letter provides a tool for the group
to discuss the dynamics of their working relationship as well
    
revision.
A ‘Welcome Letter’ sets expectations in the laboratory or for
a collaborative research team. Setting expectations and being
clear about criteria, boundaries, and behavior can help preempt
          
believe that in both settings, lab or team members will appreciate
knowing what is expected of them and what they can expect from
the experience. While this is only one component to the more
complex dynamic of people working together in the laboratory
or team setting, a mechanism for clearly communicating
expectations does provide a solid foundation upon which to
       
agenda.
A copy of Rich’s ‘Welcome Letter’ is available at teamscience.
nih.gov.
ACKNOWLEDGEMENT
The authors would like to thank Dr. Maraia’s past trainees for
their feedback about the ‘Welcome Letter’ approach including
   
Ying Huang, Tek Lamichhane, Aneeshkumar Arimbasseri, and

Intramural Research Program on Genomics of Differentiation in
the Eunice Kennedy Shriver
Human Development and the Division of Intramural Research in
the National Heart, Lung, and Blood Institute.”
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Michelle Bennett L, Maraia R, Gadlin H (2014) The ‘Welcome Letter’: A Useful Tool for Laboratories and Teams. J Transl Med Epidemiol 2(2): 1035.
Cite this article
... We asked faculty mentees in a previously published survey (Sarabipour et al., 2022) on whether they created a lab website, posted a welcome letter (Bennett et al., 2014) on their . CC-BY-NC-ND 4.0 International license made available under a (which was not certified by peer review) is the author/funder, who has granted bioRxiv a license to display the preprint in perpetuity. ...
... Mentors can run annual or semi-annual anonymous lab surveys to gauge what lab members think about various aspects of research and laboratory culture and how mentors can best support them (Vosshall, 2022). A lab welcome letter (Bennett et al., 2014) and laboratory manual or handbook, complete with expectations, could be composed by the principal investigator to help with trainee management and mentorship (Hainer et al., 2020;Maestre, 2019;Masters and Kreeger, 2017). Mentees need to also make an effort towards managing academic work and life expectations, particularly as the progress toward independence in the lab (Bartlett et al., 2021;Martin and Grimes Stanfill, 2023;Sarabipour et al., 2021). ...
Preprint
Full-text available
Mentorship is vital for early career researchers in training positions, allowing them to navigate the challenges of work and life in research environments. However, the quality of mentorship received by trainees can vary by investigator and by institution. One challenge faced by those hoping to improve trainee mentorship is that the extent to which mentorship is offered to and experienced by research trainees is not well characterized. To address this knowledge gap, we conducted a survey to examine the quality of mentorship received by trainees in research environments, to identify characteristics of positive and negative mentorship, and to highlight best practices to improve trainee mentorship. We received 2,114 responses from researchers at graduate and postdoctoral career stages worldwide. Quantitative analysis showed that at least ~25-45% of respondents were dissatisfied with some aspects of their mentorship. Qualitative responses revealed that common issues in mentorship include unclear expectations in research and mentoring interactions, lack of guidance, and inadequate support of trainee independence and career goals. Our findings also identified key mentorship elements desired by trainee mentees. Based on trainee suggestions, we describe strategies for individual mentors, departments, and institutions to improve the training experience for graduate and postdoctoral researchers.
... More extensive onboarding materials can include comprehensive lab manuals. The goals of the onboarding materials vary, and the materials can consist of a wide array of information, including lab guidelines, expectations, training materials and other essential resources [4][5][6] . Even if other types of onboarding occur (such as a face-to-face meeting or laboratory tour), written documents enable students to revisit these materials whenever they need to. ...
... Collectively, these benefits compound to result in additional positive outcomes for the incoming undergraduate researchers (such as self-efficacy, satisfaction and the motivation to persist), the faculty research mentor (such as time saved and future stress prevented) and the research lab as a whole (such as a more positive environment, greater retention of students and increased productivity) [5][6][7][8] . ...
Article
Formal onboarding materials help to introduce new undergraduate researchers to a specific laboratory and the broader culture of the field. Research faculty members should be supported and encouraged to create these materials.
... In recent years, a number of new approaches have emerged that focus on enhancing team dynamics. For example, a "Welcome to My Lab" letter to new lab members lays out expectations of team membership (Bennett et al. 2014). This type of onboarding document may address a wide range of topics such as the goals of the research group, roles and responsibilities of team members and leadership, team interactions, authorship and credit, career development, mentoring, and institutional and local resources. ...
... Strategies to prevent conflict can be implemented at the individual, team, and initiative levels. For instance, at the individual level an onboarding letter (e.g., "Welcome to my Team" Letter; Bennett et al. 2014) provides a scaffold for building trust by outlining for new team members from the outset what they can expect of the team, what the team expects of new members, and what to do if members disagree. An example of a teamlevel conflict prevention strategy is the use of a pre-collaboration agreement template, also sometimes called a "prenuptial agreement for scientists" (Gadlin and Jessar 2002). ...
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This chapter provides a framework for integrating and applying the principles and strategies for effective team science that are described in this volume. The framework, called Collaboration Planning, aims to guide a deliberative approach to assess and plan for ten key influences on both scientific and collaborative success. These influences range from the initial scientific rationale for a team science approach to the collaboration readiness of participating individuals and institutions to team communication and coordination mechanisms to quality improvement for team functioning. The Collaboration Planning framework guides current or future collaborators through dialogue and planning around each influence. It draws their attention to key issues for consideration related to each influence, and facilitates discussion of how to leverage facilitating factors and plan for, or mitigate, challenges. Decisions are captured in a resulting written document called the Collaboration Plan. The Collaboration Plan summarizes the various ways the team plans to build the foundation for, and support, effective collaboration across the lifespan of the team science initiative. Collaboration Plans can be used in multiple ways. The Plans' core function is as a roadmap to facilitate effective team formation and functioning. The Plan also can be used for benchmarking or guiding quality improvement-oriented evaluation. Collaboration Plans also can be used to communicate a team’s likelihood of collaborative success, goals, and needs to a wide variety of audiences, including funders, current and future team members, stakeholders in the team’s success, and organizational leaders. In addition, they can be used as models to guide future teams in laying the foundation for success.
... The NIH Field Guide on Collaboration and Team Science, 7 originally published by the National Cancer Institute in 2010 and updated in 2018, provides resources and tools for effective team operation. Other tools designed to enhance team effectiveness 8,9 and training curricula 10,11,12 have also been developed and evaluated. ...
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Academic Medical Centers strive to create multidisciplinary research teams to produce impactful science. However, few faculty researchers receive training in “team science,” a well-established concept in business research and practice. Responding to demand for assistance developing effective research teams, the Collaboration and Team Science Program of the Clinical and Translational Science Institute (CTSI) at Wake Forest School of Medicine (WFSM) partnered with faculty from the Wake Forest University (WFU) School of Business with expertise in leadership, management, and team building. We initiated a needs assessment, including a written survey from a diverse set of 42 research scientists as well as semi-structured interviews with 8 researchers. In response to identified needs, we developed training sessions and consultations to teach teams to implement two tools known to enhance team dynamics: (1) Team charter, a document that defines the team’s purpose, goals, roles, and strategies; and (2) Responsible, Accountable, Consulted, Informed (RACI) matrix, a table or spreadsheet that clarifies tasks and accountability. Since 2018, 10 teams and over 100 individuals have attended training sessions and 6 teams received personalized team consults. We describe these tools, present a formal analysis of quantitative results, and highlight the next steps being taken in response to these findings.
... Volume 21, Number 1 Just like in a class syllabus, expectations and evaluation criteria for performance and conduct can be delineated through a "Welcome" letter, a laboratory philosophy web page, and/or a laboratory manual (73)(74)(75). By making the criteria for their decision-making more transparent, faculty members can clarify the expectations for new trainees and mitigate their own bias in the decision-making process. ...
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In addition to developing innovative research programs, life science research faculty at research-intensive institutions are tasked with providing career mentoring and scientific training to new generations of scientists, including postgraduate, graduate, and undergraduate students. In this essay, we argue for a redefinition of mentoring in laboratory research, to thoroughly distinguish three essential roles played by research faculty relative to their trainees: advisor, educator, and supervisor. In particular, we pay attention to the often unacknowledged and misunderstood role of a faculty member as a supervisor and discuss the impact of neglecting supervisory best practices on trainees, on the diversity of the academic pipeline, and on the research enterprise. We also provide actionable frameworks for research mentors who wish to use inclusive supervisory and pedagogical practices in their laboratory. Finally, we call for more research around the supervisory role of research faculty and its impact on trainees, particularly community college students, in order to help broaden the participation of underrepresented students in STEM fields.
... Most participants acknowledged the need for optimal communication and solid organizational planning so that the research team continued to thrive. This finding, aligned with previous research, highlights the necessity for explicitly communicating expectations for the mentees on team participation, along with clarifying expectations of the mentees (Bennett, Maraia, & Gadlin, 2014). At the team analysis level, four of the five mentors sought training opportunities for the mentees mostly within and some outside the program. ...
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Despite increased research into team science and collaboration, little is known about postdoctoral scholars’ pathways to becoming independent researchers, particularly as it relates to the mentoring relationship. The purpose of our study was to explore if and how the team science framework promotes collaboration and the development of independent researchers from mentees’ and mentors’ perspectives. A convenience sample of faculty mentors and postdoctoral mentees, participated in semi-structured interviews. The analysis revealed three themes for the mentees: working with others, evaluating mentoring, exploring resources, and five themes for the mentors: elaborating on scholarly productivity, mentoring style, setting team culture, strategies to develop T32 scholars, and evaluating program qualities. The findings showed that scholars were engaged in an atmosphere of collaboration fostered by their mentors and that mentors encouraged scholars’ capacity for scientific thinking. Future studies should acquire the perspectives of all team members to examine how teams function.
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Introduction: Interdisciplinary academic teams perform better when competent in teamwork; however, there is a lack of best practices of how to introduce and facilitate the development of effective learning and functioning within these teams in academic environments. Methods: To close this gap, we tailored, implemented, and evaluated team science training in the year-long Engineering Innovation in Health (EIH) program at the University of Washington (UW), a project-based course in which engineering students across several disciplines partner with health professionals to develop technical solutions to clinical and translational health challenges. EIH faculty from the UW College of Engineering and the Institute of Translational Health Sciences' (ITHS) Team Science Core codeveloped and delivered team science training sessions and evaluated their impact with biannual surveys. A student cohort was surveyed prior to the implementation of the team science trainings, which served as a baseline. Results: Survey responses were compared within and between both cohorts (approximately 55 students each Fall Quarter and 30 students each Spring Quarter). Statistically significant improvements in measures of self-efficacy and interpersonal team climate (i.e., psychological safety) were observed within and between teams. Conclusions: Tailored team science training provided to student-professional teams resulted in measurable improvements in self-efficacy and interpersonal climate both of which are crucial for teamwork and intellectual risk taking. Future research is needed to determine long-term impacts of course participation on individual and team outcomes (e.g., patents, start-ups). Additionally, adaptability of this model to clinical and translational research teams in alternate formats and settings should be tested.
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In this chapter, we will introduce several frameworks, practical strategies, and resources that can be used to prevent, pre-empt, and/or resolve conflict in scientific teams. Because conflict can adversely affect group interactions and undermine the collaboration necessary for effective team functioning the earlier tools and approaches are used, the better.
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Early career advantages in academia tend to accumulate, providing future advantages to postdocs as their careers continue. Cumulative advantages can begin as early as in the training stage, where opportunities for success are primarily influenced by whether or not trainees have access to be engaged, positive and supportive mentoring relationships. Strong postdoc-faculty relationships have been demonstrated to influence the postdoc's career satisfaction and success (Davis, 2005) but can be challenging to establish and maintain. The nature of the postdoc position itself is a paradox of autonomy (Trevelyan, 2001), with expectations of both training and independence that can be a hard balance for postdocs and faculty mentors to mutually attain. Though lack of structured mentorship is a commonly reported mentoring challenge that limits postdoc advancement (Fetzer, 2008; Committee on Science, 2014), micromanaged postdocs also face limitations in developing the skill sets required for their next career step (Laudel & Gläser, 2008).Faculty mentors are also increasingly under strain due to pressures within the overall training system (Alberts et al., 2014). These challenges affect the postdoc-mentor relationship in many ways: (1) Juggling many of their own responsibilities limits the time faculty can commit to career mentoring and professional development; (2) Faculty have limited knowledge and experience of nonacademic careers, even though many of their postdocs will transition into those pathways; (3) Increased competition for research funding lowers faculty morale and increases the pressure on their trainees.In this chapter, we review the research-based mentoring literature and identify strategies that institutions and faculty can employ to mitigate some of the overarching challenges that negatively impact faculty mentoring practices and the postdoc-faculty relationship. Through case studies, we highlight critical aspects of positive postdoc-faculty mentoring relationships-establishing expectations, clear communication, fostering independence, and creating inclusive research and teaching environments.
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Interdisciplinary efforts are becoming more critical for scientific discovery and translational research efforts. Highly integrated and interactive research teams share a number of features that contribute to their success in developing and sustaining their efforts over time. Through analysis of in-depth interviews with members of highly successful research teams and others who did not meet their goals or ended because of conflicts, we identified key elements that are critical for team success and effectiveness. There is no debate that the scientific goal sits at the center of the collaborative effort. However, supporting features need to be in place to avoid the derailment of the team. Among the most important of these is trust: without trust, the team dynamic runs the risk of deteriorating over time. Other critical factors of which both leaders and participants need to be aware include developing a shared vision, strategically identifying team members and purposefully building the team, promoting disagreement while containing conflict, and setting clear expectations for sharing credit and authorship. Self-awareness and strong communication skills contribute greatly to effective leadership and management strategies of scientific teams. While all successful teams share the characteristic of effectively carrying out these activities, there is no single formula for execution with every leader exemplifying different strengths and weaknesses. Successful scientific collaborations have strong leaders who are self-aware and are mindful of the many elements critical for supporting the science at the center of the effort.
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This paper presents a review and integrative model of how, when, and why the behaviors of one negative group member can have powerful, detrimental influence on teammates and groups. We define the negative group member as someone who persistently exhibits one or more of the following behaviors: withholding effort from the group, expressing negative affect, or violating important interpersonal norms. We then detail how these behaviors elicit psychological states in teammates (e.g. perceptions of inequity, negative feelings, reduced trust), how those psychological states lead to defensive behavioral reactions (e.g. outbursts, mood maintenance, withdrawal), and finally, how these various manifestations of defensiveness influence important group processes and dynamics (e.g. cooperation, creativity). Key mechanisms and moderators are discussed as well as actions that might reduce the impact of the bad apple. Implications for both practice and research are discussed.
Article
Full-text available
Interdisciplinary efforts are becoming more critical for scientific discovery and translational research efforts. Highly integrated and interactive research teams share a number of features that contribute to their success in developing and sustaining their efforts over time. Through analysis of in-depth interviews with members of highly successful research teams and others who did not meet their goals or ended because of conflicts, we identified key elements that are critical for team success and effectiveness. There is no debate that the scientific goal sits at the center of the collaborative effort. However, supporting features need to be in place to avoid the derailment of the team. Among the most important of these is trust: without trust, the team dynamic runs the risk of deteriorating over time. Other critical factors of which both leaders and participants need to be aware include developing a shared vision, strategically identifying team members and purposefully building the team, promoting disagreement while containing conflict, and setting clear expectations for sharing credit and authorship. Self-awareness and strong communication skills contribute greatly to effective leadership and management strategies of scientific teams. While all successful teams share the characteristic of effectively carrying out these activities, there is no single formula for execution with every leader exemplifying different strengths and weaknesses. Successful scientific collaborations have strong leaders who are self-aware and are mindful of the many elements critical for supporting the science at the center of the effort.
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The group engagement model expands the insights of the group-value model of procedural justice and the relational model of authority into an explanation for why procedural justice shapes cooperation in groups, organizations, and societies. It hypothesizes that procedures are important because they shape people's social identity within groups, and social identity in turn influences attitudes, values, and behaviors. The model further hypothesizes that resource judgments exercise their influence indirectly by shaping social identity. This social identity mediation hypothesis explains why people focus on procedural justice, and in particular on procedural elements related to the quality of their interpersonal treatment, because those elements carry the most social identity-relevant information. In this article, we review several key insights of the group engagement model, relate these insights to important trends in psychological research on justice, and discuss implications of the model for the future of procedural justice research.