Coding Dreams Into Reality
June 2023
Massachusetts Institute of Technology (MIT)

Introduction
Dive into the inspiring journey of Cecilé Sadler, a grad student at MIT, who marries her love for computer engineering with her passion for community service. From teaching coding to Black youth with blackyard to mentoring students on their grad school paths, Sadler is all about planting seeds of change and nurturing radical imagination through tech. Discover how she's making waves at the intersection of equity, computing, and education, and maybe find your own path to blend your passions and impact the world!
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Discover how this topic shapes your world and future
Unleashing Potential at the Crossroads of Tech and Equity
Imagine a world where your hobbies, the things you're passionate about, and your education all come together in a perfect blend. This is what Cecilé Sadler found at the intersection of equity, computing, and education. By bringing STEM and coding activities to young people, especially those from underrepresented communities, Sadler is not just teaching them how to code; she's helping them dream big and see the endless possibilities their futures could hold. This work matters globally because it's about more than just learning to program a computer. It's about breaking down barriers, fostering inclusive environments, and ensuring that everyone, regardless of their background, has the opportunity to contribute to and benefit from technological advancements. For you, this could mean finding your own unique path that combines your interests in ways you haven't yet imagined, and making a significant impact in your community and beyond.
Speak like a Scholar

Equity
Fairness and justice within the procedures, processes, and distribution of resources by institutions or systems. In this context, it means ensuring all students have access to quality education and opportunities in computing, regardless of their background.

Computing
The study and application of computer technology, including both hardware and software design. It's not just about understanding how computers work but also how they can be used to solve problems.

Education
The process of facilitating learning, or the acquisition of knowledge, skills, values, beliefs, and habits. Education is not confined to the classroom; it's a lifelong journey of learning.

Interdisciplinary
Involving two or more academic, scientific, or artistic areas of knowledge. Sadler's work is interdisciplinary because it combines computing with education and equity.

Radical imagination
The ability to imagine the world, life, and social institutions not as they are but as they might be. It's the kind of imagination that challenges the status quo and envisions new possibilities.

Inclusive environments
Spaces, whether physical or virtual, where everyone feels valued and respected, and where diversity is considered an asset. Creating inclusive environments in education means ensuring that all students feel like they belong and can succeed.
Independent Research Ideas

Exploring the impact of coding workshops on youth in underserved communities
Investigate how learning to code influences the aspirations, confidence, and academic paths of young people from marginalized backgrounds. This study could reveal the transformative power of technology education.

The role of mentorship in shaping future tech leaders
Examine how mentorship, particularly from those in similar fields or with shared identities, can inspire and guide young people towards careers in STEM. This could highlight the importance of representation and support networks in education.

Creating inclusive digital learning spaces
Design and assess the effectiveness of digital learning environments that prioritize inclusivity and accessibility. This project could contribute to the development of more equitable educational technologies.

The intersection of sports and STEM education
Investigate how sports, such as basketball coaching, can be integrated with STEM education to create a holistic learning experience that appeals to a wide range of students. This could uncover new methods for engaging students in STEM.

Dreaming through code - The power of coding in fostering creativity and imagination
Explore how coding projects that encourage creativity and personal expression can impact students' engagement and interest in computer science. This study could provide insights into how to make computing education more appealing and relevant to diverse groups of students.
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