Litcius/Paper detail

The Exploration of Integrating the Midjourney Artificial Intelligence Generated Content Tool into Design Systems to Direct Designers towards Future-Oriented Innovation

Hu Yin, Zipeng Zhang, Yuanyuan Liu

2023Systems105 citationsDOIOpen Access PDF

Abstract

In an age where computing capabilities are expanding at a breathtaking pace, the advent of Artificial Intelligence-Generated Content (AIGC) technology presents unprecedented opportunities and challenges to the future of design. It is crucial for designers to investigate how to utilize this powerful tool to facilitate innovation effectively. As AIGC technology evolves, it will inevitably shift the expectations of designers, compelling them to delve deeper into the essence of design creativity, transcending traditional sketching or modeling skills. This study provides valuable insights for designers on leveraging AIGC for forward-thinking design innovation. We focus on the representative AIGC tool, “Midjourney”, to explore its integration into design systems for collaborative innovation among content creators. We introduce an AIGC-based Midjourney path for product design and present a supporting tool card set: AMP-Cards. To confirm their utility, we undertook extensive validation through advanced prototype design research, task-specific project practices, and interdisciplinary collaborative seminars. Our findings indicate that AIGC can considerably enhance designers’ efficiency during product development, especially in the “explorative product shape” phase. The technology excels in identifying design styles and quickly producing varied design solutions. Moreover, AIGC’s capacity to swiftly translate creators’ concepts into visual forms greatly aids in multidisciplinary team communication and innovation.

Topics & Concepts

PaceCreativityDesign thinkingProduct designComputer scienceKnowledge managementNew product developmentProduct (mathematics)Design technologySet (abstract data type)Multidisciplinary approachTask (project management)Strategic designHuman–computer interactionEngineeringSystems engineeringBusinessSociologyMarketingSocial scienceGeographyGeodesyChemical engineeringProgramming languagePolitical scienceGeometryCompatibility (geochemistry)MathematicsLawDesign Education and PracticeInnovative Human-Technology InteractionCreativity in Education and Neuroscience