The Girls Can Series

The specific problem within the Gender Equity in STEM Challenge that we are addressing is the underrepresentation of women, particularly black women, in STEM fields. In the United States, women earn only 36% of STEM degrees, and the representation of black women in STEM fields remains relatively low. In 2018, black women earned only 3.3% of all bachelor's degrees in STEM fields and 2.9% of all bachelor's degrees in engineering.

These disparities have significant implications, not only for the individuals affected but also for the quality and diversity of STEM outcomes. Women's lower representation limits their earning potential and hinders the creation of diverse perspectives in STEM, which are crucial for generating innovative solutions to complex problems.

One contributing factor to this problem is the lack of visible role models and images of women, particularly minority women, in STEM. Traditional depictions of scientists as white men reinforce stereotypes and hinder young girls from envisioning themselves in STEM careers. The prevailing image of scientists as intellectual, nerdy men further perpetuates the belief that STEM is not a suitable field for women.

These barriers and stereotypes discourage girls from pursuing STEM careers, perpetuating the gender gap throughout education and career pathways. By addressing these issues and promoting more inclusive representations of scientists, we can inspire and empower young girls, especially those from underrepresented communities, to pursue their interests in STEM and break down the gender barriers that limit their potential.

Note: The revised response maintains the focus on the problem by highlighting the underrepresentation of women in STEM and the factors contributing to it, while avoiding specific mention of the solution.

The Girls Can Series is a comprehensive solution which aims to inspire and empower young girls to pursue STEM by challenging gender stereotypes, providing positive role models, and promoting inclusivity in STEM education.

The Girls Can Series includes a children's book titled "Girls Can Be Engineers," which features an empowering narrative that challenges traditional gender stereotypes. The book follows the story of Hannah, a determined young girl searching for a career for her school's Career Day. Despite facing discouragement, Hannah learns that her gender should never limit her aspirations, thanks to the support of her mother, a black, female structural engineer. Through captivating storytelling and vibrant illustrations, "Girls Can Be Engineers" showcases diverse role models and encourages girls to believe in their abilities to succeed in STEM fields.

In the Series, the book is complemented by a K-5 STEM curriculum, classroom posters and engaging STEM activities that align with the themes of the book. Educators can use these activities to challenge gender stereotypes, inspire and motivate girls, and foster problem-solving and critical thinking skills. By integrating the book and activities into the STEM classroom, educators create a more diverse and inclusive learning environment that encourages collaboration, teamwork, and the exploration of STEM interests.

By addressing the lack of visible role models and challenging stereotypes through the Girls Can Series, we aim to inspire young girls, particularly those from underrepresented communities, to pursue STEM careers. By instilling confidence, curiosity, and a sense of belonging in young girls, we can break down the gender barriers that limit their potential and create a more diverse and inclusive future in STEM.

The target population that our solution, the Girls Can Series, aims to directly and meaningfully improve is young girls, particularly those who are underrepresented in STEM fields. This includes girls from diverse backgrounds, including ethnic and racial minorities, who often face additional barriers and stereotypes.

To understand their needs, we have conducted research, engaged with educators, and collaborated with community organizations working in STEM education. We have also sought feedback from girls themselves. By actively involving the target population, we ensure that our solution is responsive to their unique challenges and aspirations.

The Girls Can Series addresses their needs in several ways. Firstly, it challenges gender stereotypes by providing positive and relatable role models in STEM through captivating stories and illustrations. By showcasing diverse women in STEM fields, we aim to broaden girls' perceptions of what is possible and encourage them to pursue their interests.

Secondly, the series promotes inclusivity in STEM education. By highlighting the achievements of women from different backgrounds and abilities as well as creating a conversation around diversity in STEM, we aim to foster a sense of belonging and inspire girls to break barriers. The activities and discussions incorporated into the series provide opportunities for girls to explore their own interests, develop critical thinking and problem-solving skills, and collaborate with their peers.

By engaging girls in STEM through the Girls Can Series, we aim to empower them, instill confidence, and nurture their passion for STEM. We believe that by addressing the specific needs of the target population, we can contribute to bridging the gender gap in STEM and create a more inclusive and diverse future, where young girls have equal opportunities to thrive in STEM fields.

Jamila H. Lindo, as the Team Lead of J.H. Lindo, is well-positioned to deliver the Girls Can Series solution to the target population. Jamila's proximity to the communities she aims to serve and her personal experiences provide her with valuable insights into the challenges faced by minority women, especially black women, in the field of STEM.

As a tutor in the Bronx, NY, Jamila has firsthand experience interacting with young girls in her community. She has witnessed the surprise and lack of exposure many of her female students had when it came to engineering. Through these interactions, Jamila recognized the importance of representation and the lack of exposure to diverse role models in STEM.

Jamila's personal journey as a woman studying to be an engineer reflects her dedication and passion for promoting diversity and inclusion in STEM fields. Her own experiences with stereotypes and the limited exposure to engineers who looked like her have fueled her commitment to making a positive change. She understands the needs of the communities she serves and is determined to empower young girls by providing them with relatable role models and engaging educational resources. She also recognizes the outcome of STEM careers which can drastically enhance women’s economic security. 

In the development of the Girls Can Series solution, Jamila and her team actively engage with the target communities by seeking input from teachers and students. Through community outreach and partnerships with organizations and educators, Jamila and her team actively gather feedback and incorporate it into the design and implementation of the solution.

By being proximate to the communities she serves, Jamila brings a deep understanding of their experiences, challenges, and aspirations. This proximity allows her to design and deliver a solution that is meaningful, relevant, and impactful.

As of May 31st, the Girls Can Series has reached a significant number of individuals with its inspiring and empowering content. Our books have been purchased by over 2,600 teachers and family members to share with children. In addition, we've coordinated over 40 virtual visits to elementary, middle, and high schools across the country, totally over to over 20,000 students. where we conduct an Introduction to Engineering lesson and share our main publication, Girls Can Be Engineers. In addition, we prioritize book donations to organizations centered around girls and women empowerment. So far, we have donated over 320 books. We are proud to have made a meaningful impact on the lives of individuals, helping them challenge gender stereotypes, discover their potential in STEM, and pursue their passions with confidence.

J.H. Lindo is applying to the Gender Equity in STEM Challenge for several reasons. Firstly, we are deeply committed to promoting gender equity in STEM education and careers. We recognize the systemic barriers and biases that exist, particularly for girls and women from underrepresented communities. Through our Girls Can Series, we have developed a unique comprehensive solution that addresses these challenges and inspires young girls to pursue STEM with confidence and enthusiasm. By applying to this challenge, we aim to gain recognition and support for our solution, allowing us to reach a wider audience and make a greater impact.

The prize funding provided by Tiger Global Impact Ventures and MIT Solve would greatly assist us in expanding the reach of the Girls Can Series and developing additional resources and programs to empower girls in STEM. It would enable us to invest in research, content development, distribution, and partnerships to amplify our impact.

In addition to financial support, we believe that the technical, cultural, and market barriers we face can be effectively addressed through the resources and support provided by Solve and Tiger Global Impact Ventures. Here's how we envision their assistance:

1. Technical Support: We anticipate that technical guidance and expertise from Solve and its network of resource partners will help us refine and enhance our solution. This support can include guidance on curriculum development and technological implementation to ensure that our resources are effective, engaging, and accessible to girls of diverse backgrounds.

2. Cultural Support: We believe that cultural barriers can significantly impact girls' access to and participation in STEM fields. With the help of Solve and its network, we hope to gain insights into cultural nuances and sensitivities that may influence the adoption and impact of our solution. Their support can assist us in tailoring our approach to different cultural contexts, ensuring that our resources are relevant, inclusive, and culturally appropriate.

3. Market Support: Through access to Solve's network of resource partners across industries and sectors, we can leverage their expertise in marketing, distribution, and scaling initiatives. This support would be invaluable in expanding the reach of our Girls Can Series, forging partnerships with schools, community organizations, and other stakeholders, and increasing the visibility and impact of our solution.

In summary, while our primary motivation is to address gender equity in STEM and create a positive change in the lives of girls and women, we recognize the value of the financial, technical, legal, cultural, and market support provided by the Gender Equity in STEM Challenge. We believe that the comprehensive support program offered by MIT Solve, in collaboration with Tiger Global Impact Ventures, will help accelerate our impact, refine our business model, enhance our scalability, and empower us to create a sustainable and inclusive future for girls in STEM.

Team Lead of J.H. Lindo, is connected to the community in which the project is based in several ways:

1. Proximity and personal experiences: Jamila's experience as a tutor and resident of the Bronx, NY, demonstrates her proximity to the community and similar communities which she aims to serve. Her proximity to the community allows her to have a deep understanding of the local context, including the needs, challenges, and aspirations of the residents, particularly regarding STEM education. With this knowledge, she is able to apply her insights and solutions to similar communities. She has personal experiences as a tutor in the Bronx, interacting with young girls in the community and witnessing the lack of exposure and representation in STEM fields. In addition, Jamila has experiences as a black, female engineering student in this very community. She has seen the gender and race disparities in these spaces. These firsthand experience enables her to connect with the community on a personal level and design solutions that are relevant and impactful.

2. Personal background and identity: Jamila's personal experiences, particularly as a woman studying to be an engineer, provide her with valuable insights into the challenges faced by minority women, especially black women, in the field of STEM. Her own journey reflects her dedication and passion for promoting diversity and inclusion in STEM fields. Being a member of the community she serves allows her to relate to the experiences of the girls she aims to empower through the Girls Can Series solution.

3. Community engagement and partnerships: Jamila and her team actively engage with the community by seeking input from teachers and students. Through community outreach efforts and partnerships with organizations and educators, they gather feedback and incorporate it into the design and implementation of the Girls Can Series solution. This collaborative approach ensures that the solution is informed by the specific needs, interests, and perspectives of the community.

The Girls Can Series solution is innovative in several ways:

1. Challenging Gender Stereotypes: The solution tackles the problem of gender stereotypes head-on by providing an empowering narrative that challenges traditional perceptions of gender roles in STEM fields. By featuring diverse role models and showcasing their achievements, the Girls Can Series helps girls envision themselves as engineers and scientists, breaking down societal barriers that limit their aspirations.

2. Integrating Storytelling and Education: The Girls Can Series combines the power of storytelling with an educational curriculum. By integrating a children's book with a K-5 STEM curriculum, classroom posters, and engaging activities, the solution creates a cohesive learning experience that sparks interest and curiosity in STEM subjects. This innovative approach integrates the narrative with hands-on learning, making STEM education more engaging and accessible to young girls.

3. Promoting Inclusivity and Representation: The Girls Can Series emphasizes the importance of representation and inclusivity in STEM education. By featuring a black, female structural engineer as a role model, the solution aims to inspire girls from underrepresented communities who often face additional barriers to pursuing STEM careers. By highlighting diverse perspectives and experiences, the Girls Can Series creates a more inclusive learning environment and encourages girls from all backgrounds to explore STEM.

4. Scalability and Impact: The Girls Can Series has the potential to catalyze broader positive impacts by influencing others in the space. By demonstrating the effectiveness of combining storytelling, role models, and a comprehensive curriculum, the solution can inspire educators, organizations, and policymakers to adopt similar approaches. This can lead to a wider adoption of inclusive STEM education practices and a shift in the market towards more diverse and equitable STEM learning resources.

5. Changing the Market: The Girls Can Series has the potential to change the market by disrupting traditional gender norms and stereotypes in STEM fields. By challenging the perception that certain careers are only suitable for boys, the solution opens up new possibilities for girls and encourages them to pursue their passions in STEM. This can lead to a more balanced and diverse talent pool in STEM industries, fostering innovation and driving positive change in the market.

Overall, the Girls Can Series solution approaches the problem of gender equity in STEM in a new and innovative way. By combining storytelling, education, representation, and inclusivity, it empowers young girls to pursue STEM careers and challenges the status quo. Through its scalable and impactful approach, the Girls Can Series has the potential to catalyze broader positive impacts and drive meaningful change in the market, fostering a more inclusive and diverse future in STEM.

J.H. Lindo's impact goals for the next year and the next five years are as follows:

Next Year:

1. Increase Awareness and Reach: Our goal is to significantly increase awareness and reach of the Girls Can Series solution within the target communities. We aim to ensure that the book, curriculum, and activities reach a wider audience of educators, parents, and young girls across schools, libraries, and community organizations. We will achieve this through targeted marketing campaigns, partnerships with educational institutions, and participation in STEM education conferences and events.

2. Measure Impact and Feedback: We will actively measure the impact of the Girls Can Series by collecting feedback from educators, students, and parents. Through surveys we will gather quantitative and qualitative data to evaluate the effectiveness of the solution in challenging gender stereotypes, promoting inclusivity, and inspiring girls to pursue STEM education. This feedback will inform ongoing improvements and iterations of the Girls Can Series.

Next Five Years:

1. Scale and Expansion: Our primary goal over the next five years is to scale the Girls Can Series solution to reach a broader audience and expand its impact. We aim to establish partnerships with educational publishers, distributors, and online platforms to make the book and curriculum widely accessible to schools and organizations nationwide. By leveraging technology, such as e-books and online learning platforms, we can expand the reach of the Girls Can Series beyond physical copies and ensure its availability to a larger audience.

2. Collaborate with Educational Institutions: We will seek collaborations with educational institutions, school districts, and STEM-focused organizations to integrate the Girls Can Series into their curricula and programs. By working directly with schools and educators, we can ensure the sustained and long-term impact of the solution. Collaborations may include professional development workshops for teachers, train-the-trainer programs, and the development of tailored educational resources to align with regional and national standards.

3. Advocate for Policy Change: J.H. Lindo will actively engage in advocacy efforts to promote policies and initiatives that support gender equity in STEM education. We will work with policymakers, educational stakeholders, and advocacy organizations to raise awareness about the importance of inclusive STEM education and the need to challenge gender stereotypes. By advocating for policy changes that prioritize diversity and equity in STEM, we can create systemic shifts that support and amplify the impact of the Girls Can Series.

Achieving these impact goals will require strategic partnerships, ongoing evaluation and feedback loops, continuous improvement of the Girls Can Series resources, and active engagement in advocacy efforts. By pursuing these goals, J.H. Lindo aims to create a transformational impact on the lives of young girls, inspiring them to pursue STEM education, challenging societal norms, and fostering a more inclusive and equitable future in STEM fields.

To measure progress toward our impact goals, J.H. Lindo will utilize a combination of quantitative and qualitative indicators. Here are a few specific indicators we will use/plan to use to measure our progress:

1. Increased Access and Reach:

   • Number of schools, libraries, and community organizations adopting the Girls Can Series curriculum and resources.
   • Number of copies of the book "Girls Can Be Engineers" distributed or sold.
   • Number of online engagements, such as website visits, social media followers, and online platform interactions.

2. Changes in Attitudes and Beliefs:

   • Surveys and interviews with educators, parents, and students to gather qualitative feedback on the impact of the Girls Can Series in challenging gender norms and promoting inclusivity.
   • Anecdotal evidence of girls expressing increased interest, motivation, and self-efficacy in STEM as a result of engaging with the Girls Can Series.

3. Integration into Education Systems:

   • Number of educational institutions, school districts, or educational networks that adopt the Girls Can Series as part of their official curricula or supplemental resources.
   • Partnerships established with educational publishers, distributors, and online platforms to increase the availability and accessibility of the Girls Can Series materials.

4. Community Engagement and Support:

   • Feedback and testimonials from community members on the resources, support, and networking opportunities provided by J.H. Lindo.
   • Collaborations and partnerships formed with organizations and individuals aligned with the mission of gender equity in STEM.

By regularly collecting data and feedback through surveys, assessments, interviews, and ongoing communication with stakeholders, J.H. Lindo will track progress on these indicators to assess the effectiveness of the Girls Can Series in achieving its impact goals and to inform continuous improvements and refinements of the solution.

J.H. Lindo's Girls Can solution aims to have a transformative impact on the underrepresentation of women, particularly black women, in STEM fields. By challenging gender stereotypes, providing positive role models, and promoting inclusivity in STEM education, the Girls Can solution seeks to address the specific problem of the gender gap in STEM.

The theory of change behind the Girls Can solution is based on several logical linkages:

1. Inputs: J.H. Lindo invests resources, time, and expertise to develop and distribute the Girls Can Series, including the book "Girls Can Be Engineers," the K-5 STEM curriculum, classroom posters, and engaging STEM activities.

2. Outputs: The Girls Can Series resources are made available to educators, schools, libraries, and community organizations. Educators are trained to implement the curriculum and integrate the Girls Can Series into their teaching practices.

3. Short-term Changes: The Girls Can Series challenges gender stereotypes by showcasing diverse role models and empowering narratives. It encourages girls to believe in their abilities to succeed in STEM fields and fosters curiosity, interest, and confidence in STEM subjects.

4. Medium-term Changes: Through engaging with the Girls Can Series, girls develop an interest in STEM, challenge gender norms, and develop problem-solving and critical thinking skills. The resources help create a more diverse and inclusive learning environment in STEM classrooms.

5. Long-term Changes: The Girls Can Series aims to inspire and empower young girls, especially those from underrepresented communities, to pursue STEM careers. By instilling confidence, curiosity, and a sense of belonging, the solution aims to break down the gender barriers that limit girls' potential in STEM and create a more equitable and diverse future workforce.

The Girls Can solution expects to have an impact by challenging gender stereotypes, providing positive role models, and promoting inclusivity in STEM education. By addressing these barriers and promoting more inclusive representations of scientists, the Girls Can solution aims to inspire and empower young girls to pursue their interests in STEM. This shift in attitudes and beliefs can lead to increased participation and representation of women, including black women, in STEM fields.