构思
产品设计
创造力
可信赖性
适度
计算机科学
过程(计算)
分类
产品(数学)
新产品开发
知识管理
工程设计过程
实证研究
工程类
管理科学
设计过程
系统工程
人机交互
研究设计
人工智能
设计教育
过程管理
数据科学
交互设计
软件工程
作者
Chenqi Zhang,Hang Zhao,Zehui Feng,Junxuan Li,Yuejia Zhu,Xianjing Huang,Ting Han
标识
DOI:10.1080/10447318.2026.2676760
摘要
Artificial intelligence (AI) has shown strong potential to assist product design, yet interaction modes and evaluation methods in human-AI co-creation remained unclear. This study systematically reviewed 50 empirical studies to: (1) categorize AI-supported design tools and their collaboration modes with designers; (2) analyze the design phases and domains supported by AI-supported design tools; and (3) synthesize assessment metrics for evaluating co-creation effectiveness. The review identified three interaction modes: human-centric, copilot, and AI-centric. It also showed that about 80% of studies focused on early ideation phases, while only 30% addressed evaluation and optimization. Assessment frameworks primarily targeted creative outcomes, system efficacy, and collaborative experiences. By mapping current research status and revealing moderation patterns among design phases, interaction modes, and user experience, this review provided actionable guidelines for designing future AI-assisted systems. Research findings highlighted AI’s potential to augment human creativity and provided support for the development of more effective, trustworthy co-creative AI-supported design tools.
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