The Human Touch in a High-Tech Future

Still from "The Ultimate Computer," the twenty-fourth episode of the television series Star Trek, in which the crew of the Enterprise race to disable a rogue computer in total control of the ship.

I’ve been thinking a lot lately (I’ve got time on my hands!) about how advances in artificial intelligence (AI) and quantum computing might transform the architectural profession. I consider myself to be something of a futurist, so science fiction visions of the future have always captivated me. A case in point: How the crew of the Starship Enterprise interacted with their computer in the original Star Trek series on TV. With simple conversational voice commands, they could instantly retrieve complex answers or design solutions. That seamless human-computer collaboration feels increasingly plausible.

The rapid progress of AI and quantum computing suggests that architects might one day design by merely describing their vision to an AI assistant, which could generate and refine solutions in real time. Natural language processing (NLP) tools already demonstrate impressive capabilities, and quantum computing is poised to amplify this.

For those unfamiliar, quantum computing leverages the principles of quantum mechanics to process information far faster than classical computers. Where classical systems use binary bits (0s and 1s), quantum bits (qubits) can exist in multiple states simultaneously, enabling exponentially faster calculations. As quantum computing becomes practical for everyday use—perhaps within the next decade—it could revolutionize fields that rely on solving complex problems, such as architectural design. 

Imagine combining quantum-powered AI with hyper-realistic virtual reality (VR). An architect could walk clients through a fully immersive, life-sized simulation of their building before it’s even built. Material choices, lighting, and spatial adjustments could be altered on the spot, with the AI recalculating costs, structural implications, and environmental impacts instantaneously.

Such technology could dramatically increase productivity and reduce the time it takes to turn a vision into reality. Routine design tasks—checking for code compliance, optimizing for energy efficiency, or integrating complex systems—could be managed by AI, freeing architects to focus on creative and strategic decisions. Projects that once took weeks to iterate might be resolved in hours, enabling faster responses to client feedback and more ambitious designs.

Bev Smith, executive director of the Eugene Civic Alliance, virtually experiencing the design of the KIDSPORTS fieldhouse during the design phase in 2017. Back then, the VR technology was pretty clunky but hinted at its potential. Today, that technology is advancing exponentially. (My photo)

This vision raises questions about the role of architects in a world where machines can oversee so much. Would architects become mere curators of AI-generated designs? Would the profession lose its creative essence, its human touch?

A crucial factor is whether true artificial general intelligence (AGI)—machines capable of human-like reasoning and creativity—materializes. AGI could theoretically absorb cultural histories, empathize with user needs, and craft designs as nuanced as any human architect’s work.

Mainstream AI researchers foresee AGI soon being plausible, thanks to advances in quantum computing, machine learning, and neural networks. With enough data and computational power, AGI might be able to design not just functional buildings, but spaces imbued with emotional and cultural resonance.

That said, I can’t imagine human architects disappearing entirely. While AI might simulate creativity and moral reasoning, it won’t be able to truly understand human emotions and context. Architects bring empathy, cultural awareness, and moral judgment to the table—qualities that are hard to reduce to algorithms. Architects will continue to function as guides, steering AI to create designs that serve both the user and society.

This collaborative model could be incredibly empowering. Architects would work alongside AGI, harnessing its computational power while steering its output to reflect human priorities. The result? A dynamic partnership where technology enhances human creativity rather than replacing it.

Of course, this partnership will have its share of challenges. There are some ethical and professional concerns: 

Accountability:

If an AI-driven system makes a design decision that leads to a failure—be it structural, environmental, or aesthetic—who is responsible? Architects will need to balance trust in the technology with rigorous oversight.

Bias and Transparency:

AI systems learn from data, which may carry biases. An architect’s role will include identifying and mitigating these biases to ensure equitable, inclusive outcomes.

Intellectual Property:

Who owns an AI-generated design? As technology blurs the lines between human and machine authorship, architects may face new legal and ethical questions about credit and compensation.

Skill Development:

If AI takes over routine tasks, how will emerging professionals develop the critical thinking and judgment needed to guide complex projects? Architectural education and mentorship models will need to adapt, emphasizing skills that complement AI rather than compete with it.

Existential Threat:

Notwithstanding my argument above, could AGI ultimately render architects obsolete? This scenario is not entirely far-fetched. As AI systems become ever more proficient, society might begin to question whether architects are needed at all. A tipping point will arrive when machines will seemingly take on many of the most human aspects of design. This could lead to a profound reevaluation of the architectural profession and its place in society.

Image generated by AI.

I am cautiously optimistic. Even as technology advances exponentially, I believe it will still be a human architect who is needed to know what it means to create spaces that resonate on a human level. Machines could handle the technical aspects of design, but architecture is as much about storytelling as it is about problem-solving. Until AGI can tell those stories with the depth and empathy of the human mind, architects will continue to play a leading role.

The future of architecture will undoubtedly be shaped by AI and quantum computing. These technologies promise to revolutionize the way we design, visualize, and construct the built environment. But they also challenge us to ask: What makes architecture, architecture? For me, the answer once again lies in the human touch. Architects don’t just create buildings--they create experiences. And while technology can make the process more efficient, it is our empathy, creativity, and cultural understanding that give architecture its meaning. I predict a future where architects and machines truly collaborate, each playing to their strengths. It’s a partnership that unlocks possibilities while preserving the uniquely human essence of architecture.