Sonyia C. Richardson – författare

Across the country, women are pursuing doctoral degrees at a rate higher than males. While the data indicates that women are now more likely to pursue this advance degree, limited research addresses the real experiences of diverse women who are pursuing a doctoral degree. This book highlights the lived experiences of diverse women who are progressing through a doctoral degree program and the challenges as well as opportunities that they face. These women share unique and transparent experiences of progressing through a doctoral program.Through a narrative approach, Conquering Academia Transparent Stories of Diverse Women Doctoral Students, addresses themes of intersectionality, lived experiences, challenges and opportunities, and adopting an academia mindset. Featured in the Contemporary Perspectives on Access, Equity, and Achievement series, this book shares perspectives of diverse women doctoral students and how their cultural identities assist them with navigating the academic landscape. It also provides insight for current female doctoral students about strategic positioning as a student within the doctoral program and personal necessary transformation in academia. It informs faculty and staff in academia about the experiences of diverse women and how to support their progression and overall retention.

Across the country, women are pursuing doctoral degrees at a rate higher than males. While the data indicates that women are now more likely to pursue this advance degree, limited research addresses the real experiences of diverse women who are pursuing a doctoral degree. This book highlights the lived experiences of diverse women who are progressing through a doctoral degree program and the challenges as well as opportunities that they face. These women share unique and transparent experiences of progressing through a doctoral program.Through a narrative approach, Conquering Academia Transparent Stories of Diverse Women Doctoral Students, addresses themes of intersectionality, lived experiences, challenges and opportunities, and adopting an academia mindset. Featured in the Contemporary Perspectives on Access, Equity, and Achievement series, this book shares perspectives of diverse women doctoral students and how their cultural identities assist them with navigating the academic landscape. It also provides insight for current female doctoral students about strategic positioning as a student within the doctoral program and personal necessary transformation in academia. It informs faculty and staff in academia about the experiences of diverse women and how to support their progression and overall retention.

Across the country, women are pursuing doctoral degrees at a rate higher than males. While the data indicates that women are now more likely to pursue this advance degree, limited research addresses the real experiences of diverse women who are pursuing a doctoral degree. This book highlights the lived experiences of diverse women who are progressing through a doctoral degree program and the challenges as well as opportunities that they face. These women share unique and transparent experiences of progressing through a doctoral program.Through a narrative approach, Conquering Academia Transparent Stories of Diverse Women Doctoral Students, addresses themes of intersectionality, lived experiences, challenges and opportunities, and adopting an academia mindset. Featured in the Contemporary Perspectives on Access, Equity, and Achievement series, this book shares perspectives of diverse women doctoral students and how their cultural identities assist them with navigating the academic landscape. It also provides insight for current female doctoral students about strategic positioning as a student within the doctoral program and personal necessary transformation in academia. It informs faculty and staff in academia about the experiences of diverse women and how to support their progression and overall retention.

The participation of Black students in science, technology, engineering, and mathematics (STEM) fields, is an issue of national concern. Educators and policymakers are seeking to promote STEM studies and eventual degree attainment, especially those from underrepresented groups, including Black students, women, economically disadvantaged, and students with disabilities. Literature shows that this has been of great interest to researchers, policymakers, and institutions for several years (Nettles & Millet, 2006; Council of Graduate School (CGS), 2009; National Science Foundation (NSF), 2006), therefore an extensive understanding of access, attrition, and degree completion for Black students in STEM is needed.According to Hussar and Bailey (2014), the Black and Latino postsecondary enrollment rates will increase by approximately 25% between 2011 and 2022. It is critical that this projected enrollment increase translates into an increase in Black student STEM enrollment, persistence and consequently STEM workforce. In view of the shifting demographic landscape, addressing access, equity and achievement for Black students in STEM is essential. Institutions, whether they are secondary or postsecondary, all have unique formal and informal academic structures that students must learn to navigate in order to become academically and socially acclimated to the institution (Tyler, Brothers, & Haynes, 2014). Therefore positive experience with the academic environment becomes critical to the success of a student persisting and graduating.Understanding and addressing the challenges faced by Black students in STEM begins with understanding the complexities they face at all levels of education. A sense of urgency is now needed to explore these complexities and how they impact students at all educational levels. This book will explore hidden figures and concerns of social connectedness, mentoring practices, and identity constructs that uncover unnoticed talent pools and encourage STEM matriculation among Black STEM students’ in preK-12 and post-secondary landscapes.

The participation of Black students in science, technology, engineering, and mathematics (STEM) fields, is an issue of national concern. Educators and policymakers are seeking to promote STEM studies and eventual degree attainment, especially those from underrepresented groups, including Black students, women, economically disadvantaged, and students with disabilities. Literature shows that this has been of great interest to researchers, policymakers, and institutions for several years (Nettles & Millet, 2006; Council of Graduate School (CGS), 2009; National Science Foundation (NSF), 2006), therefore an extensive understanding of access, attrition, and degree completion for Black students in STEM is needed.According to Hussar and Bailey (2014), the Black and Latino postsecondary enrollment rates will increase by approximately 25% between 2011 and 2022. It is critical that this projected enrollment increase translates into an increase in Black student STEM enrollment, persistence and consequently STEM workforce. In view of the shifting demographic landscape, addressing access, equity and achievement for Black students in STEM is essential. Institutions, whether they are secondary or postsecondary, all have unique formal and informal academic structures that students must learn to navigate in order to become academically and socially acclimated to the institution (Tyler, Brothers, & Haynes, 2014). Therefore positive experience with the academic environment becomes critical to the success of a student persisting and graduating.Understanding and addressing the challenges faced by Black students in STEM begins with understanding the complexities they face at all levels of education. A sense of urgency is now needed to explore these complexities and how they impact students at all educational levels. This book will explore hidden figures and concerns of social connectedness, mentoring practices, and identity constructs that uncover unnoticed talent pools and encourage STEM matriculation among Black STEM students’ in preK-12 and post-secondary landscapes.

The participation of Black students in science, technology, engineering, and mathematics (STEM) fields, is an issue of national concern. Educators and policymakers are seeking to promote STEM studies and eventual degree attainment, especially those from underrepresented groups, including Black students, women, economically disadvantaged, and students with disabilities. Literature shows that this has been of great interest to researchers, policymakers, and institutions for several years (Nettles & Millet, 2006; Council of Graduate School (CGS), 2009; National Science Foundation (NSF), 2006), therefore an extensive understanding of access, attrition, and degree completion for Black students in STEM is needed.According to Hussar and Bailey (2014), the Black and Latino postsecondary enrollment rates will increase by approximately 25% between 2011 and 2022. It is critical that this projected enrollment increase translates into an increase in Black student STEM enrollment, persistence and consequently STEM workforce. In view of the shifting demographic landscape, addressing access, equity and achievement for Black students in STEM is essential. Institutions, whether they are secondary or postsecondary, all have unique formal and informal academic structures that students must learn to navigate in order to become academically and socially acclimated to the institution (Tyler, Brothers, & Haynes, 2014). Therefore positive experience with the academic environment becomes critical to the success of a student persisting and graduating.Understanding and addressing the challenges faced by Black students in STEM begins with understanding the complexities they face at all levels of education. A sense of urgency is now needed to explore these complexities and how they impact students at all educational levels. This book will explore hidden figures and concerns of social connectedness, mentoring practices, and identity constructs that uncover unnoticed talent pools and encourage STEM matriculation among Black STEM students' in preK-12 and post-secondary landscapes.

The participation of Black students in science, technology, engineering, and mathematics (STEM) fields, is an issue of national concern. Educators and policymakers are seeking to promote STEM studies and eventual degree attainment, especially those from underrepresented groups, including Black students, women, economically disadvantaged, and students with disabilities. Literature shows that this has been of great interest to researchers, policymakers, and institutions for several years (Nettles & Millet, 2006; Council of Graduate School (CGS), 2009; National Science Foundation (NSF), 2006), therefore an extensive understanding of access, attrition, and degree completion for Black students in STEM is needed.According to Hussar and Bailey (2014), the Black and Latino postsecondary enrollment rates will increase by approximately 25% between 2011 and 2022. It is critical that this projected enrollment increase translates into an increase in Black student STEM enrollment, persistence and consequently STEM workforce. In view of the shifting demographic landscape, addressing access, equity and achievement for Black students in STEM is essential. Institutions, whether they are secondary or postsecondary, all have unique formal and informal academic structures that students must learn to navigate in order to become academically and socially acclimated to the institution (Tyler, Brothers, & Haynes, 2014). Therefore positive experience with the academic environment becomes critical to the success of a student persisting and graduating.Understanding and addressing the challenges faced by Black students in STEM begins with understanding the complexities they face at all levels of education. A sense of urgency is now needed to explore these complexities and how they impact students at all educational levels. This book will explore hidden figures and concerns of social connectedness, mentoring practices, and identity constructs that uncover unnoticed talent pools and encourage STEM matriculation among Black STEM students' in preK-12 and post-secondary landscapes.