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基于人工智能的应用型高校设计类课程教学创新路径探索

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针对应用型高校设计类专业课程教学存在的训练模式陈旧、创意环节欠缺、应用场景单一及成果产出低效等问题,以"数码绘画"课程为例,围绕"高效赋能、丰富表现、开拓应用"的教学目标,引入"AI+手绘"双头并举创新教学内容,开展三阶段实践(图形创意、构图方案、手绘练习)与多场景应用(平面、动态、3D场景)教学探索,构建跟踪式点对点精准评价体系。通过对比教学实验法分析教学效果,验证"AI+"应用于应用型高校设计类课程教学上的有效性和可行性。
Teaching Innovation Path for Design Majors in Applied Universities Based on Artificial Intelligence
In view of the problems existing in the teaching of design courses in the applied universities such as outdated training mode,lack of creative links,single application scenarios and inefficient outcome and output,this paper takes the course of"digital painting"as an example and introduces the teaching content of"AI+hand painting"with the teaching goal of"efficient empowerment,rich expression and open application",conducts the three-stage practice(graphic creativity,composition scheme and hand-drawing exercise)and multi-scene application(plane,dynamic and 3D scene),builds a tracking point-to-point accurate evaluation system,analyzes the teaching effect through comparative experiment method and verifies the effectiveness and feasibility of"AI+"teaching mode in the teaching of design courses in the applied universities.

artificial intelligencedesign majordigital paintingteaching innovation

杜莹、赵欣

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宁波工程学院人文与艺术学院,浙江 宁波 315211

人工智能 设计类 数码绘画 教学创新

2024

宁波工程学院学报
宁波工程学院

宁波工程学院学报

影响因子:0.39
ISSN:1008-7109
年,卷(期):2024.36(4)