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This paper discusses early childhood classrooms as powerful spaces for identity work and, more specifically, as a place (or not) for supporting early STEM identity development. It makes the case for educators and researchers alike to promote an expanded role of early childhood STEM education in the daily lives of young children.

This paper uses a qualitative interpretive methodology, drawing from a wide array of research and theoretical literature from early childhood and STEM education and developmental psychology, as well as public policy.

Today, both research and interventions aimed at fixing the “leaking STEM pipeline” and theory/research on STEM identity development focus on children in middle school and above. Yet, children's attitudes about STEM and about themselves as STEM learners are formed early, and identity work is a task of early childhood. This suggests a need to focus on young children's engagement with STEM education as a means of nurturing their early STEM identity development.

This paper synthesizes previous research to outline the need for expanding STEM education in early public schooling. It proposes a conceptualization of early STEM academic identity development (based on the premise that middle school is too late to fix the leaking STEM pipeline).

This paper aims to discuss the term intersectional trap. This is defined as the act of saying blanket statements to describe a race or group of individuals without considering variations of experience within the population. The paper will end with recommendations for research focusing on qualitative studies that explore the lived experiences of students as they form their science, technology, engineering and mathematics (STEM) identities.

Researchers and practitioners must focus on how students develop their social, academic and intellectual identities as they become a scientist, doctor or engineer. This includes the development of their core identity – perceptions they have of themselves as well as perceptions of those with whom they work and interact.

One of the main obstacles researchers and practitioners face include how to help students adapt to the norms of STEM-worlds (classrooms and work environments related to STEM) as they proceed through the path to becoming a STEM professional.

Knowing that female students of color are underrepresented in STEM is not enough. This paper will discuss the need for an intersectionality lens when considering how to retain talented female students of color in university STEM programs. Researchers and practitioners must focus on how students develop their social, academic and intellectual identities as they become a scientist, doctor or engineer.

Research often neglects the full continuum of the STEM pipeline in terms of underserved and underrepresented populations. African American males, in particular, experience limited access, opportunity, and preparation along STEM trajectories preK-12. The purpose of this paper is to challenge this gap by presenting examples of preK-12 programs that nurture and promote STEM development and learner outcomes for underrepresented populations.

A culturally responsive, asset-based approach emphasizes the importance of leveraging out-of-school practices that shape African-American males learning experiences. From a practitioner standpoint, the need to understand the importance of developing a STEM identity as a conduit to better improve STEM outcomes for African-American males is discussed.

To respond to the full continuum of the pipeline, the authors highlight the role of families and STEM programs that support African-American male students’ STEM identity development generally with an emphasis on how particular out-of-school programs (e.g. The Children’s Museum of Memphis [CMOM], MathScience Innovation Center [MSiC]) cultivate STEM trajectories. The authors conclude with how preK-12 settings can collaborate with local museums and other agencies to create opportunities for greater access and improve the quality of African-American males’ STEM preparation.

The intellectual value of our work lies in the fact that few studies have focused on the importance of examining the full continuum of the STEM pipeline with a particular emphasis on STEM development in early childhood (preK-3). Similarly, few studies have examined the role of identity construction and meaning-making practices as a conduit to better STEM outcomes for African-American males prek-12.

Racially and ethnically minoritized (REM) women continue to be underrepresented in science, technology, engineering and mathematics (STEM) programs and careers. Peer mentoring is one strategy that can support their participation. This study explores the experiences of Black women peer mentors in an online peer mentoring program at two historically Black institutions.

A qualitative case study approach was utilized to explore the impact of an online peer mentoring program on peer mentors' STEM self-efficacy, sense of community, STEM identity and intent to persist in STEM.

Analysis identified five themes relating to peer mentors' experiences in the program: (1) an “I can do this” approach: confidence and self-efficacy; (2) utility of like others; (3) “beacons of light”: intersecting and malleable identities; (4) skills development and (5) motivation and reciprocity. Further, challenges of the online relationship were shared.

The study contributes to the body of knowledge by demonstrating the utility of an online peer mentoring model among women mentors enrolled in STEM programs at two historically Black institutions. The findings support those who are historically marginalized in participating in and remaining in STEM.

Girls are underrepresented in many school science, technology, engineering and mathematics (STEM) subjects, leading to ongoing gender disparity in STEM careers. This issue is not new and has seen a range of initiatives implemented in an attempt to increase girls’ STEM participation. In Australia, a number of these initiatives have emphasised role models and mentors. This paper seeks to understand the influence of role models and mentors on girls’ STEM identities.

This paper presents qualitative research undertaken with STEM experts into the influences on girls’ STEM identities. Data were collected through three phases involving semi-structured interviews, a forum and focus groups. Thematic analysis identified the importance of mentoring and role modelling in shaping girls’ STEM participation and identities.

This paper provides a basis for rethinking how and when role models and mentors can assist girls in making decisions about STEM. In particular, it reveals the need for role models and mentors to consider the role of relatability in developing girls’ STEM identities and the need to do this at multiple points throughout girls’ lives.

This article captures the perspectives of multiple experts involved in a variety of STEM professions on the topic of how mentors and role models can influence girls to consider STEM professions. Utilising the concept of identity, this paper sheds new light on girls’ interactions with role models and mentors and the value of storying in role modelling and mentoring relationships as an important component of girls’ identity work in relation to STEM.

The unequitable representation among genders in science, technology, engineering and mathematics (STEM) degrees and careers remains a persisting challenge. Peer mentoring has been cited as one method for supporting women and racial and ethnic minorities in becoming interested in, experiencing self-efficacy in and persisting in STEM. The current study was undertaken to explore how and in what ways peer mentors' participation in the program (namely, the mentoring experience) influenced their STEM self-efficacy beliefs, interests, skills and behaviors, including their intent to persist and actual persistence in STEM.

Using a multisite case study design, the current study implemented a blended peer mentoring program at two historically black institutions.

The experience in the peer mentoring process increased mentors' self-efficacy, career interest, perceived mentoring skill development in most areas and intent to persist in STEM. Evidence from the interviews and open-ended survey questions demonstrated that the peer mentoring experience had a direct influence on the mentor's self-efficacy, career interest, leadership and professional skills and persistence. The thematic analysis of the data sources revealed that specific elements of the peer mentoring experience influenced mentors' beliefs, interests, skills and behaviors, including recognition, functioning as a mentor, developing an other's orientation, engaging in a sisterhood and developing competencies.

Findings support the benefit of the blended peer mentoring program model among women who identify as a racial or ethnic minority across two historically black college or universities (HBCUs). Peer mentoring programs should include training to increase competencies and skills, should provide resources targeted to specific mentor needs and should include opportunities for self-reflection and components of faculty support.

While previous research has examined the effectiveness of peer mentoring from the mentee's perspective, more research is needed to uncover how and why the interplay of the peer-mentoring relationship in a virtual format, especially for racial and ethnic minority (REM) women in historically Black colleges and universities (HBCUs) seeking a science, technology, engineering and mathematics (STEM) degree, impacts STEM success. This study seeks to address weaknesses in the mentoring literature by presenting a thorough and thick description of the peer mentoring experience for REM women in HBCU pursuing STEM degrees.

A multi-site case study approach (Yin, 2014) was employed to explore to what extent, if at all, and how did participating in the virtual STEM peer-mentoring experience influence peer mentees' STEM beliefs, interests, skills and behaviors.

Findings demonstrated that the experiences of undergraduate REM women mentees supported engagement in virtual STEM peer mentoring as it was beneficial to developing a sense of belonging, enhancing interest in STEM, encouraging STEM identity, building STEM self-efficacy and, ultimately, promoting STEM persistence. The current study provides a rich picture of how and why peer mentoring is perceived as effective by mentees in STEM programs at HBCUs.

The findings from this study contribute greatly to the body of knowledge and will serve as a foundational model on which future VSTEM PM relationships can be built and fostered among other HBCUs, with the potential to broaden participation in STEM.

This paper discusses the implementation of integrated science, technology, engineering and mathematics (EC-iSTEM) education with children in birth-to-age 5 classrooms. It offers a conceptualization for EC-iSTEM, as well as a developmental trajectory in the form of the iSTEM Rope Model. It further highlights the intersection of EC-iSTEM education and the Reggio Emelia-Inspired Approach (RE-IA) as a lens for both viewing EC-iSTEM implementation with young children and as an area of needed research.

This paper uses a qualitative interpretive methodology, drawing from a wide array of theoretical and research literature on early childhood education and integrated STEM education.

Despite growing research and policy reports that advocate for the inclusion of integrated STEM education in early childhood classrooms, today there is currently imprecision in understanding what exactly “integrated STEM” means when applied to the instruction of very young children. This suggests a need for the creation of a unifying conceptual framework, as well as finding alignment with currently known pedagogical approaches to ground the work of birth-to-age 5 teachers and researchers.

This paper proposes a new conceptualization of integrated STEM education for use in birth to age 5 classrooms, as well as a systhsis of the current literature to assess the pedagogical linkages between EC-iSTEM and RE-IA. As the proposed conceptualization offered in this paper is new and research in this area is nascent, further empirical investigation is warrented.

This paper proposes a new conceptualization of integrated STEM education for use in the early childhood education field. It further synthesizes the current literature to assess the pedagogical linkages between EC-iSTEM and RE-IA, suggesting practice implications for supporting the knowledge and skill development of young children from birth to age 5.

More than 10 years after its founding, the STEM Women of Color Conclave® has emerged as the largest safe brave space in the United States for women faculty of color in the academic science, technology, engineering, and mathematics (STEM) disciplines. Originally intended to be a national assembly, the Conclave® has evolved into a safe brave space that serves as a refuge for STEM women faculty of color who are regularly taxed with the struggle of having to navigate the unwelcoming, and often hostile, environments of the ivory tower in very unique ways. This chapter narrates how the Conclave's founding members journeyed toward creating and sustaining this safe brave space. The reader is awakened to deeper awareness of and sensitivities for the ways in which safe brave spaces must address both the complexities related to struggle – and liberation from that struggle – for both occupiers and observers of safe brave spaces. However, just as the quantum observer can disturb the system just by observing it and, ultimately, change or even nullify the results, we recognize that merely observing the Conclave® would nullify its intended purpose and, in the end, render it unsafe. Therefore, the reader can anticipate an absence of direct observations, reports of outcomes, or specific accounts of progress related to the occupiers of our safe brave space. Rather, the chapter offers an invitation to the reader to explore the authors' lived experiences as occupiers who designed a safe brave space. We invite the reader, particularly those who are also observers of safe brave spaces, to join us in protecting these valuable spaces.