Abstract
Mentoring is a well-known subject, but we know little about it as a science. We need to learn more about how to evolve mentorship. In this article, we propose some new directions for mentorship in the present and the future.
Introduction
As the field of science, technology, engineering, mathematics, and medicine (STEMM) (see Glossary) advances, mentorship must also change. In a classical mentoring relationship, the mentor creates an environment in which there is mutual respect, trust, shared values, and open communication. Mentoring in reverse allows mentees to express their concerns to mentors [1]. Unfortunately, mentorships often go wrong because of the dark side of mentoring, such as mentees being assigned mentors who have demonstrated their lack of concern for the mentee’s career and mentors who did not have adequate resources for an additional mentee and therefore the mentee was not adequately trained [2]. Academic mentoring is designed to influence future STEMM professionals, resulting in mentoring styles that can sometimes inadvertently pass on biases. The result is a breakdown in cultural competency and cultural humility, which may adversely affect the mentoring relationship and process [1]. In the end, negative mentoring can break bridges rather than strengthen relationships between trainees and mentors [3]. The result can be bitter relationships instead of mutually beneficial successes in mentoring.
There are certain concepts that are now becoming more common in mentoring, such as intentional and casual mentoring [3,4]. Intentional mentoring is the process of mentoring more effectively through ensuring one is making informed decisions to meet the mutual and established goals of the mentorship [3]. Casual mentoring deformalizes aspects of mentoring to allow a more open and honest mentor–mentee relationship [4]. These modern forms of mentoring are important and have positive outcomes, especially regarding mentoring underrepresented minorities (URMs) [4,5].
In many cases, URMs also have the greatest need for effective mentoring [2–4]. However, although there exist many concepts for mentorship overall and tools to be used to carry out mentorship, often there is a lack of critical understanding of what the mentees need and a mentor’s capacity to understand what is needed. In this article, we establish new roles for mentors and discuss practices mentors should have in their toolkit to enable them to become effective and empowering mentors.
Effective mentoring through holistic mentoring
In holistic mentoring, the individual mentee’s needs are identified and supported with collaborative efforts designed to strengthen the mentee’s capacity to thrive. Mentorship must go beyond simple monthly surface-level meetings or one-type-fits-all approaches. Mentees are individuals who require different approaches to mentoring, and they ask different questions as they navigate the academic maze (Figure 1). Furthermore, mentorship styles must be readily aligned to adapt and aid mentees in a format that is beneficial to them and will increase their learning experiences [5]. For URMs, who typically face distinct challenges such as microaggressions in STEMM, mentors need to be cognizant of these challenges and provide support, such as by becoming an ally, which involves taking a stand against microaggressions, helping the student understand the underlying issues, and making the perpetrator aware of their behavior. More important, mentors need to be aware not to contribute to microaggressions themselves by engaging in self-inflection and fine-tuning their cultural awareness as a means of personal growth and introspection [1]. Furthermore, academia in the past has played a large role in breeding acculturation and conformity of other cultures through the withholding of approval or ‘affirmation,’ especially during the peer review process or awarding of grants and funds [6]. Therefore, it is important to engage in reverse mentoring, building cultural humility as a mentor, to avoid causing mentees to conform to better fit into a mold of communal acceptance resulting in a loss of identity and culture [1–3].
Figure 1. Searching for a mentor in the academic maze of uncertainty.
The mentees can be seen navigating the maze of uncertainty while carrying signs with their questioning in search of a mentor who could provide help.
Mentorship that focuses only on career or academic development may neglect the important personal well-being of the mentee [5]. We believe mentorship now has to create a more holistic model that recognizes the importance of a mentee’s physical and mental health. Universities should be encouraged to provide resources to support the mentee’s and mentor’s overall wellbeing. Although mentees can use multiple mentors to satisfy these various roles, mentors should be aware of available support services, which includes mental health services and life coaches (Figure 1). The holistic mentoring process identifies the individual mentee’s needs and supports them with collaborative actions to strengthen their potential to flourish.
New approaches and effective strategies regarding technology
Given the pandemic, mentorship will likely be based on technology for the foreseeable future. This can be valuable for mentees because cross-cultural communication has never been easier due to virtual technologies being used more often [7]. For example, before the pandemic, it was the norm to have in-person lab meetings, but now many lab meetings are held virtually. Furthermore, as many companies move toward creating virtual work environments, known as the ‘metaverse,’ further opportunities for virtual mentoring may be facilitated [8]. Beyond this, technology is offering new ways to train mentors. Virtual mentor training, or technology-enhanced mentor training, may reduce the monetary amount necessary to impart critical skills to mentors, and studies have shown it to have positive effects [9]. For institutions with less funding, such as historically Black college and universities, virtual programs allow them to ensure that more mentors are well trained [7,9].
Artificial intelligence (AI) is further changing how mentoring will be done in the future [10,11]. For one, because mentoring can be performed virtually, mentoring will not be limited geographically. Ultimately, in the future, it may be possible for AI to take on some roles of mentoring. Already, there are AI programs that can allow training in becoming more persuasive [10]. These programs are effective because they can automatically link to other software to monitor progress, set reminders, and work on the mentee’s schedule [10]. Rather than replacing mentors, however, AI will serve to enhance mentoring, allowing mentors to dedicate more time and resources to address specific mentee needs. Future technologies will allow mentors to better connect to URM individuals and increase the time they spend with mentees. We believe that in the future, software will be used to glean mentee data that the mentor and mentee can use to prepare mentees for success. Much of this will be included in future, less time-consuming, and more comprehensive individual development plan (IDP) software, with which mentees can evaluate themselves with confidentiality. Although technologies are forever advancing, there will always be a need for in-person mentoring, which will allow consideration of body language, social cues, and the assessment of the mentee’s capacity or other barriers for using the technologies [1–3].
Quantification of mentoring and mentorship as a science
The effects of mentorship on mentees is clear, and negative experiences can result in mentees failing to achieve their goals as they advance to the next stage of the pipeline [12]. However, there is no agreed way to evaluate mentorship and define if a mentorship has been a success. Some strategies propose using metrics such as hours of mentoring, number of signups, satisfaction score, and number of goals met [13]. Similarly, other strategies judge success based on the career or academic outcomes of the mentees [14]. However, these both lack a holistic view of the nonacademic assistance a mentor may offer. Conversely, other strategies have a more holistic view and rather focus on ‘pulse checks,’ which involve frequently checking with the mentor and mentee to ensure both are satisfied with the current progress being made [15].
As mentoring evolves, it must be recognized and studied as a science, including quantifications and curricula to study and improve its effectiveness. There should be rubrics to mutually quantify mentorship at a high level. This can be measured by principal investigators (PIs), whereas, at a lower level, mentees can assess their PIs. For example, these rubrics can include scoring in how well mentors did in listening to mentee feedback, aiding in creation of individual development plans, and providing helpful and relevant career development training. This can provide important mutual feedback that can aid in future mentorship relationships. Equally, at an institutional level, there should be requirements for all facets of mentoring, including training in how to be culturally competent [1–3] and sensitivity training. Furthermore, there should be guidelines for how mentoring should be practiced across the institution. In this way, mentoring is both consistent and recognized as an aspect of attaining or maintaining faculty positions. Furthermore, institutions should maintain a certain standard for mentorship and offer training on a consistent basis. It is imperative for every mentor to be included in the evaluation process and in the core competences and leadership efforts at an institution.
Concluding remarks
Successful mentoring is crucial to keeping URMs in the pipeline and fostering greater diversity [12]. Notably, STEMM individuals and institutions should recognize that successful mentorship drives careers, and mentors need to be more willing to be exposed to more types of mentor relationships. If there is a singular type of mentor, it will not satisfy all requirements and the due diligence of a mentor. As such, we need to create and seize opportunities and involve a wide variety of mentors. Furthermore, we must incorporate diversity, equity, and inclusion strategies to create welcoming, effective mentoring environments that transcend current definitions of mentors and translate into new and positive experiences.
Acknowledgments
We thank Casmere D. Murray for creating Figure 1 with Procreate. We also thank Kit Neikirk and Zer Vue for editing and formatting the paper. This work was supported by the Burroughs Wellcome Fund - Career Awards at the Scientific Interface Award, Burroughs Welcome Fund Ad-hoc Award, National Institutes of Health (NIH) Small Research Pilot Subaward 5R25HL106365-12 from the NIH Programs to Increase Diversity among Individuals Engaged in Health-Related Research Program, Vanderbilt Diabetes and Research Training Center for Alzheimer’s Disease Pilot & Feasibility Program (DK020593), and United Negro College Fund/Bristol Myers Squibb Ernest E. Just Early Career Faculty Fund Grant awarded to A.H., and National Science Foundation grant MCB 2011577I and NIH grant T32 5T32GM133353 to S.A.M.
Glossary
- Acculturation
integrating or taking on behaviors from a different culture, also referred to as ‘assimilation.’
- AI
artificial intelligence refers to a machine’s capacity to think or perform tasks that are usually performed by humans.
- Ally
an individual who is committed to your upward mobility and thus provides support, encouragement, and assistance while keeping your confidence.
- Casual mentoring
a spontaneous and unrequested mentoring style that deformalizes the usual constraints of mentorship, allowing a more open and honest mentor–mentee relationship. Additionally, this style of mentoring functions in ways that privilege those with unknown, unwritten rules in the academy, occult information that one cannot glean without extensive networking, or it provides meaningful information that may change the outcome of a vital task, grant, or award.
- Cross-cultural communication
the communication style that takes into consideration the similarities and differences between cultural groups.
- Cultural awareness
an individual’s understanding and acceptance of differences between themselves and those from other backgrounds.
- Cultural competency
the capacity to comprehend, value, and appreciate individuals from cultures other than your own.
- Cultural humility
understanding and appreciating others from different cultures and nurturing positive relationships with individuals from differing backgrounds.
- Diversity
the inclusion of individuals who hail from different social and ethnic groups, including those with different genders and sexual self-identifications.
- Effective mentoring
a successful mentoring style in which the mentor can challenge, support, advise, encourage, listen, and instill confidence without being judgmental.
- Equity
the practice of being unbiased when dealing with diverse groups of individuals.
- Holistic mentoring
a coaching style in which mentors engage in promoting overall personal growth for their mentees, which takes into consideration the mental, cultural, and social well-being of the mentee.
- IDP
an individual development plan is a directional blueprint for planning your future, identifying your strengths, weaknesses, and goals, that allows mentees to interact with their mentors.
- Inclusion
the intentional practice of ensuring equal access and opportunities for individuals who have traditionally been excluded, marginalized, or oppressed.
- Intentional mentoring
the process of making informed determination and following best practices to meet the mutual and established goals of the mentorship relationship.
- Introspection
examining one’s own beliefs, biases, mental state, and emotions.
- Microaggressions
a terminology that defines adverse workplace communication or behavior practices that convey harmful, hostile, offensive, and insensitive attitudes.
- Peer review
the process whereby one’s work is formally evaluated by members of one’s professional community.
- PI
a principal investigator is an individual who is responsible for preparing, applying, conducting, and administering a research grant or sponsored agreement.
- Reverse mentoring
a management style in which the mentee provides instructions to the mentor.
- Self-inflection
being conscious of your own identity, priorities, insecurities, and biases.
- STEMM
an abbreviation for science, technology, engineering, mathematics, and medicine, it refers to fields of study that concentrate on problem solving, critical thinking, and evidence-based resolutions to various phenomena.
- Toolkit
a set of skills that enables the mentor to be effective and empowering.
- URMs
underrepresented minorities are defined as US citizens who hail from specific groups and self-identify as Black Americans/AfricanAmerican/Afro-Americans, Hispanic/Latino/a/x, Pacific Islander or Asian Pacific Americans, Native Hawai’ians, Inuit and Alaskan Native, or Native Americans, also known as American Indians, First Americans, or Indigenous Americans. It is also important to note individuals with disabilities, who are defined as those with a physical or mental impairment that limits one or more major life activities are associated with the term underrepresented. Students from low socioeconomic status backgrounds or disadvantaged backgrounds are associated with the term underrepresented. Women, Veterans, or sexual and gender minorities are also considered an underrepresented population in the scientific workforce.
Footnotes
Declaration of interests
The authors declare that they have no competing interests.
Data and materials
All data are available in the main text.
References
- 1.Murray SA et al. (2022) Developing cultural humility in immunology and STEMM mentoring. Trends Immunol. 43, 259–261 [DOI] [PMC free article] [PubMed] [Google Scholar]
- 2.Hinton AO Jr et al. (2020) Mentoring minority trainees: Minorities in academia face specific challenges that mentors should address to instill confidence. EMBO Rep. 21, e51269. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 3.Shuler H et al. (2021) Intentional mentoring: Maximizing the impact of underrepresented future scientists in the 21st century. Pathog. Dis 79, ftab038. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 4.Uddin LQ and De Los Reyes A (2021) Cultivating allyship through casual mentoring to promote diversity. Trends Cogn. Sci 25, 813–815 [DOI] [PubMed] [Google Scholar]
- 5.National Academies of Sciences, Engineering, and Medicine et al. (2019) In The Science of Effective Mentorship in STEMM (Dahlberg ML and Byars-Winston A, eds), National Academies Press; [PubMed] [Google Scholar]
- 6.Montgomery BL 2020. The ‘radical’ thing I did in higher education. Published online June 12, 2020. https://www.berondamontgomery.com/reflect/the-radical-thing-i-did-in-higher-education/#content
- 7.Rockinson-Szapkiw A et al. (2022) A case for a virtual STEM peer-mentoring experience for racial and ethnic minority women mentees. Int. J. Mentor. Coach. Educ 10, 267–283 [Google Scholar]
- 8.Duan H et al. (2021) Metaverse for social good: A university campus prototype. In 29th ACM International Conference on Multimedia (ACM MM 2021), Chengdu, China, October 20–24, 2021, pp. 153–161 [Google Scholar]
- 9.Freeland Fisher J (2021) Scaling Supportive accountability and the future of mentoring relationships. Chronic. Evid. Based Mentor Published online October 14, 2021. https://www.evidencebasedmentoring.org/scaling-supportive-accountability-jean-rhodes-take-on-the-future-of-mentoring-relationships/ [Google Scholar]
- 10.Loutfi E (2019) What does the future hold for AI-enabled coaching? Chief Learn. Officer Published online November 25, 2019. https://www.chieflearningofficer.com/2019/11/25/ai-enabled-coaching/#:~:text=Soulaima%20Gourani%2C%20career%20development%20expert,to%20be%20effective%2C%20Kruse%20said [Google Scholar]
- 11.Khandelwal K and Upadhyay AK (2021) The advent of artificial intelligence-based coaching. Strateg. HR Rev 20, 137–140 [Google Scholar]
- 12.Hinton AO Jr et al. (2020) Patching the leaks: Revitalizing and reimagining the STEM pipeline. Cell 183, 568–575 [DOI] [PMC free article] [PubMed] [Google Scholar]
- 13.Atkins K et al. (2020) ‘Looking at myself in the future’: How mentoring shapes scientific identity for STEM students from underrepresented groups. Int. J. STEM Educ 7, 42. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 14.Kuo-Yang K et al. (2022) I see my future!: Linking mentoring, future work selves, achievement orientation to job search behaviors. J. Career Dev 49, 232–245 [Google Scholar]
- 15.Merlino M (2019) Creating our future through mentoring. AORN J. 110, 127–129 [DOI] [PubMed] [Google Scholar]
Associated Data
This section collects any data citations, data availability statements, or supplementary materials included in this article.
Data Availability Statement
All data are available in the main text.