This section investigates the role of prompt engineering, digital pedagogy, and automated instructional strategies in the teaching and learning of art history. The chapter begins by establishing the theoretical foundations for how carefully designed prompts and multimodal interfaces enhance learning, arguing that prompt engineering fosters deeper engagement, metacognitive awareness, and transfer of critical skills. It explores a range of multimodal approaches for teaching formal analysis, demonstrating how digital platforms can scaffold visual literacy, contextual interpretation, and comparative reasoning across diverse student populations. Through a detailed case studies, the discussion illustrates how scaffolded assignments and interactive prompts can guide students through complex analytic and creative processes, leveraging generative tools to support authentic inquiry. The chapter further examines methods for cultivating critical thinking, highlighting the value of dialogic, interactive techniques that combine algorithmic feedback with reflective self-assessment. Finally, it presents evidence-based frameworks for evaluating pedagogical outcomes and student engagement, offering practical guidelines for instructors adopting prompt-driven, machine-assisted strategies.

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Digital Art History Pedagogy: Prompt Engineering

  • James Hutson

摘要

This section investigates the role of prompt engineering, digital pedagogy, and automated instructional strategies in the teaching and learning of art history. The chapter begins by establishing the theoretical foundations for how carefully designed prompts and multimodal interfaces enhance learning, arguing that prompt engineering fosters deeper engagement, metacognitive awareness, and transfer of critical skills. It explores a range of multimodal approaches for teaching formal analysis, demonstrating how digital platforms can scaffold visual literacy, contextual interpretation, and comparative reasoning across diverse student populations. Through a detailed case studies, the discussion illustrates how scaffolded assignments and interactive prompts can guide students through complex analytic and creative processes, leveraging generative tools to support authentic inquiry. The chapter further examines methods for cultivating critical thinking, highlighting the value of dialogic, interactive techniques that combine algorithmic feedback with reflective self-assessment. Finally, it presents evidence-based frameworks for evaluating pedagogical outcomes and student engagement, offering practical guidelines for instructors adopting prompt-driven, machine-assisted strategies.