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Building Understanding With AI. Education in the Age of AI, #9
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- FormatePub
- ISBN8233321573
- EAN9798233321573
- Date de parution31/07/2026
- Protection num.pas de protection
- Infos supplémentairesepub
- ÉditeurLinda Balsamo
Résumé
Artificial intelligence can generate answers, solve exercises, create spreadsheets, write code, and build functional tools in seconds. But a correct result does not prove that learning occurred. Building Understanding with AI addresses a more demanding question: how can students use artificial intelligence to transform disciplinary content into tools for learning, problem solving, and validation without losing conceptual control of the process?This book proposes a practical method for moving from passive content to active construction.
Course notes, books, procedures, technical standards, problem guides, protocols, and academic materials can become spreadsheets, calculators, simulators, decision matrices, practice resources, and simple applications. Their educational value, however, does not come from technical sophistication. It comes from the understanding required to design, test, explain, correct, and defend them. The book shows how students and instructors can: distinguish obtaining an answer from genuinely solving and understanding; convert explanations and procedures into structured learning tools; identify inputs, outputs, rules, assumptions, and limits; choose the appropriate format according to the learning objective; build resources for practice, self-assessment, feedback, and error detection; validate generated tools through known cases, extreme values, and consistency checks; prevent artificial intelligence from inventing unsupported steps; preserve the parts of reasoning and judgment that must remain nondelegable.
Applied examples extend across engineering, mathematics, health sciences, law, the humanities, academic writing, and educational management. The volume also includes practical guides and prompts for building explainable, verifiable, correctable, and defensible resources. Written for students, university instructors, and academic teams, this book offers a rigorous alternative to both defensive prohibition and uncritical adoption.
The best educational tool is not the one that provides an answer. It is the one that requires us to understand why that answer can be sustained.
Course notes, books, procedures, technical standards, problem guides, protocols, and academic materials can become spreadsheets, calculators, simulators, decision matrices, practice resources, and simple applications. Their educational value, however, does not come from technical sophistication. It comes from the understanding required to design, test, explain, correct, and defend them. The book shows how students and instructors can: distinguish obtaining an answer from genuinely solving and understanding; convert explanations and procedures into structured learning tools; identify inputs, outputs, rules, assumptions, and limits; choose the appropriate format according to the learning objective; build resources for practice, self-assessment, feedback, and error detection; validate generated tools through known cases, extreme values, and consistency checks; prevent artificial intelligence from inventing unsupported steps; preserve the parts of reasoning and judgment that must remain nondelegable.
Applied examples extend across engineering, mathematics, health sciences, law, the humanities, academic writing, and educational management. The volume also includes practical guides and prompts for building explainable, verifiable, correctable, and defensible resources. Written for students, university instructors, and academic teams, this book offers a rigorous alternative to both defensive prohibition and uncritical adoption.
The best educational tool is not the one that provides an answer. It is the one that requires us to understand why that answer can be sustained.
