Algorithmic Framework for Design Thinking : Enhancing Innovation in Complex Problem Spaces

This paper presents a framework that combines Design Thinking with Artificial Intelligence (AI) to tackle complex problem-solving challenges. With AI increasingly integrated into design processes, the framework aims to leverage both human intuition and machine capabilities. It conceptualizes design as a human-machine algorithmic system, using probabilistic algorithms to dynamically explore and refine solutions. By viewing design as a stochastic process that navigates high-dimensional state spaces, this approach is well-suited for addressing “wicked problems” requiring a blend of human creativity and AI's computational power. The framework offers a structured, iterative process that enhances traditional Design Thinking, bridging the gap between conventional and AI-driven methodologies to handle the complexities of modern design challenges.

Authors

Publication Details

Journal
Korea Institute of Design Research Society
Published
2024-12-31
DOI
https://doi.org/10.46248/kidrs.2024.4.48
Primary Topic
BIM and Construction Integration
Type
article
Field-Weighted Citation Impact
0.00
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article

Algorithmic Framework for Design Thinking : Enhancing Innovation in Complex Problem Spaces

Ken Nah, Jose iguel Penalva Tebar Penalva Tebar
Korea Institute of Design Research Society
BIM and Construction Integration
article

Algorithmic Framework for Design Thinking : Enhancing Innovation in Complex Problem Spaces

Ken Nah, Jose iguel Penalva Tebar Penalva Tebar
article en

Abstract

This paper presents a framework that combines Design Thinking with Artificial Intelligence (AI) to tackle complex problem-solving challenges. With AI increasingly integrated into design processes, the framework aims to leverage both human intuition and machine capabilities. It conceptualizes design as a human-machine algorithmic system, using probabilistic algorithms to dynamically explore and refine solutions. By viewing design as a stochastic process that navigates high-dimensional state spaces, this approach is well-suited for addressing “wicked problems” requiring a blend of human creativity and AI's computational power. The framework offers a structured, iterative process that enhances traditional Design Thinking, bridging the gap between conventional and AI-driven methodologies to handle the complexities of modern design challenges.

Korea Institute of Design Research SocietyVol. 9(4)
Industry, innovation and infrastructure
Openalex Percentile: Top 73%
BIM and Construction Integration
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