Human-AI tools for concept development and expression

Human-AI tools for concept development and expression

Mobile applications have become increasingly personalized due to the ability for a phone to record information like location, time, weather, and other personal metrics. App designers are now able to leverage this data to create an enhanced user experience. Context-aware applications add value to their users by triggering relevant actions in the context of a specific human experience. While a machine will never understand a human experience, a human designer can translate these experiences into a machine-executable representation. To create an application like this, designers must translate human experiences into concept expressions—machine-executable logical representations built from context features.

Designers must consider a wide range of context features relevant to the human experience. If a concept expression is too narrow, designers risk delivering limited or no results for some users.

Designers can struggle with idea fixation through a creative brainstorming process and can limit their own ability to create fully encompassing concept expressions. This project presents a system that leverages large language models like Chat GPT to help designers break free of design fixation, and expand their existing ideas spaces to create richer concept expressions. The core contribution of this work is a workflow that uses AI as a collaborator to iteratively generate ideas and reflect throughout the conception of human experiences. The findings show that by integrating AI into the brainstorming process, the system successfully generates new ideas, and can help potential designers break outside of idea spaces they may be fixating on.

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Figure 1: LLM-assisted tool with designer and chat GPT input After the designer enters their initial ideas, they can request additional suggestions from ChatGPT directly through the tool by selecting the “More Suggestions” button. Upon doing so, the designer receives five new ideas, sub-ideas, and relevant Yelp categories related to their human experience. To distinguish these suggestions from the designer’s own contributions, they are displayed in a different color (orange and yellow)

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Figure 2: LLM created general categories for designer and ChatGPT created input In addition to generating new ideas through ChatGPT, each query also triggers an analysis to identify similarities between all existing ideas. These similarities are grouped into general categories. This feature allows the designer to see how their current ideas relate to one another and provides insight into the kinds of concepts they are focusing on. By reviewing these general categories, the designer can identify areas that may need further expansion to be more inclusive and relevant to a broader audience of users. This visualization also serves as a helpful tool for recognizing potential fixation.

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Figure 3: LLM created general categories that break away from designer and ChatGPT created input Designers can explore less developed areas that still relate to the human experience but differ from the current concepts the designer is exploring.  These new general ideas can serve as inspiration for expanding the concept expression.

Team

Faculty

  • None

Ph.D. Students

  • None

Masters and Undergraduate Students

  • Diana Whealan
  • 🎓 Alex Feng
  • 🎓 Mame Coumba Ka
  • 🎓 Nuremir Babanov