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3.7 MB
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18BFEF2E0148B9C47C1C55CD95B7F663F4E67F38
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Aug. 12, 2025, 11:08 a.m.
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(Last updated: Aug. 12, 2025, 11:09 a.m.)
| File | Size |
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| Plate D. Beyond Code. Redefining Programming Education Beyond STEM 2026.pdf | 3.7 MB |
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SOURCE: Plate D. Beyond Code. Redefining Programming Education Beyond STEM 2026
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COVER
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MEDIAINFO
Textbook in PDF format AI-powered coding tools are revolutionizing software development, transforming programming from a specialized skill into an accessible educational practice across disciplines. This book investigates how tools such as Cursor AI, GitHub Copilot, and Replit's Ghostwriter are dismantling traditional barriers to entry for learners—particularly those from non-STEM backgrounds—by enabling natural language code generation, intelligent debugging, and interactive, project-based learning. Bridging the gap between theoretical instruction and practical application, the book serves as both a guide and a critical framework for integrating Generative AI into curricula. It highlights how these tools expand the boundaries of programming education by supporting interdisciplinary applications, from literary analysis to creative writing, thereby making coding relevant and actionable for students in the humanities and beyond. The book equips educators with the tools and strategies necessary to incorporate AI-assisted programming into diverse academic contexts by offering lesson plans and adaptable project models. This resource is essential for instructors seeking to demystify coding, promote inclusivity in technical learning, and reimagine the role of software literacy in the twenty-first-century classroom. Most recently at the time of writing, Cursor (www.cursor.com) and Windsurf (codeium.com/windsurf) have gained significant traction in the coding assistant space, particularly due to their code generation, code completion, and infrastructure deployment capabilities. Unlike traditional tools that primarily center on syntax assistance, Cursor and Windsurf play a crucial role in planning, workflow automation, and deployment, highlighting the broader functions in programming beyond just writing lines of code. Their integration into end-to-end development processes reinforces the idea that coding assistants should not only help generate code but also facilitate infrastructure management and operational efficiency. However, this book will primarily focus on GitHub Copilot, Vercel, and Replit Ghostwriter, as these tools offer accessible entry points for educators looking to integrate generative coding into coursework for the first time. These platforms provide intuitive, user-friendly assistance, making them ideal for instructors and students seeking to explore automated programming while maintaining a balance between automation and conceptual learning. Through the use of these recommended tools, educators can effectively lay out enhanced coding exercises, ensuring that students engage with programming as a creative and problem-solving discipline rather than just a technical exercise. The remainder of this book will focus on GitHub Copilot (github.com/features/copilot), Vercel (vercel.com/templates/next.js/ai-code-translator), and Replit Ghostwriter (replit.com/learn/intro-to-ghostwriter), three of the most influential coding tools or platforms as of early 2025. These tools not only support code generation and completion but also provide infrastructure, deployment pipelines, and project management solutions, making them ideal for educators integrating smart coding into coursework. They recognize that writing syntax is only a fraction of software development—real-world coding requires planning, collaboration, version control, and deployment. Using these platforms enables educators to offer students a more holistic, hands-on experience, bridging the gap between learning to code and actually building and deploying applications
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