Spring quarter of my junior year, I had the privilege of joining MDes students in a graduate design studio to explore the rapidly evolving field of Generative AI. In this small, 6-person studio, each of us conceived an original project from the ground up, using GenAI tools as our collaborative co-designer(s).
My project, PIXELATED, is a three-part exhibition that captures the complexity and ambiguity of Generative AI within the design landscape. It includes:
To work with GenAI as my co-designer, I needed to know more about its capabilities. I conducted thorough research on large language models (LLMs), neural networks, and the algorithms driving the generative process.
I was struck by how powerful GenAI has become in such a short time. Curious, and a little overwhelmed, I began to wonder if human designers and GenAI might co-work by combining our strengths — GenAI enhancing efficiency in the design process, while humans retain the essential empathy, research, and creativity.
So during the landscape analysis, I found myself naturally drawn to exploring GenAI tools that could support the design and prototyping stages.
From there, I wanted to get an overall sense of their strengths and weaknesses. I intentionally selected 3 GenAI tools from companies of varied sizes, conducted multiple rounds of testing, and documented my findings.
The more I learn, the less I know!
As GenAI tools continue to develop and evolve, processing information at double or even triple the current speed, designers have very little time to adapt to this change. How can we keep up? Should we simply jump on the bandwagon? I realized the importance of addressing the role of GenAI in design and helping designers navigate this landscape, so we can understand what we can control, amidst all that is beyond our control.