AI Policy at Design Fairs: What India's Creative Industry Must Do Now
Milan Design Week 2025 became a flashpoint for AI in creative industries — and India's booming design and clean tech ecosystem cannot afford to look away
EXD Editorial·May 29, 2026

Milan Design Week 2025 marked a turning point in the global conversation about artificial intelligence and creative practice, exposing a critical governance vacuum that design fairs worldwide — including India's rapidly expanding roster of architecture, sustainability, and clean technology exhibitions — have yet to address. Writing for Dezeen, editor Rima Sabina Aouf argued forcefully that design fairs need to adopt formal AI policies immediately, citing this year's Milan event as a watershed moment after artist Marco Brambilla's AI-generated installations blurred lines between human authorship and machine output in ways that organisers had no framework to evaluate or disclose. The urgency is acute for India, where design-led clean energy initiatives are scaling fast: from MNRE-backed solar housing under the PM Surya Ghar scheme — targeting 10 million rooftop installations — to SECI-tendered solar parks across Rajasthan and Gujarat where architecture and engineering design increasingly rely on AI-assisted tools. India's design industry, valued at over ₹2 lakh crore and intersecting deeply with the country's 500 GW renewable energy target by 2030, cannot remain a policy-free zone when AI is already reshaping how buildings, energy systems, and public spaces are conceived and presented.
Why Do Design Fairs Need an AI Policy Right Now?
The core problem exposed at Milan Design Week 2025 is straightforward: when an artist or studio presents work at a prestigious international fair, audiences, curators, and buyers have no reliable way of knowing how much of that work was generated, iterated, or substantially shaped by AI tools. No disclosure standard exists. No eligibility criteria have been published. No jury guidelines address AI-assisted entries. This is not a hypothetical gap — it is an active one, playing out at events that directly influence design culture, commissions, and investment decisions globally. For India, this matters enormously. Events like the India Design ID fair in New Delhi, the Acetech construction and architecture expo, and Clean India Technology Week attract developers, government officials, and international investors who are making decisions about buildings, solar installations, and sustainable infrastructure. If a design proposal for a net-zero residential township in Pune or a floating solar array in Kerala is presented without disclosing that its visual identity and structural logic were generated by an AI platform, the integrity of that process is compromised — for clients, for regulators, and for the communities those projects will serve.
India's Bureau of Energy Efficiency (BEE) and the Council of Architecture already govern professional standards in adjacent domains. A coordinated push from these bodies, alongside MNRE, to establish AI disclosure norms at design events would position India as a global leader in responsible design governance — not a laggard waiting for European regulation to set the standard. The moment to act is now, before AI-generated design becomes so normalised that transparency feels retroactively impossible to demand.
How AI Is Already Reshaping India's Clean Design Ecosystem
Across India's renewable energy and sustainable architecture sectors, AI tools are no longer experimental — they are operational. Adani Green Energy, which manages over 10 GW of commissioned solar capacity, uses AI-driven site analysis and layout optimisation to design utility-scale plants across Rajasthan and Gujarat. ReNew Power and Greenko deploy machine-learning algorithms to forecast wind and solar yield, directly informing infrastructure design decisions worth billions of rupees. NTPC Renewable Energy has begun integrating AI into its engineering workflows for large hybrid renewable parks. At the architectural scale, firms designing green-rated buildings under IGBC and GRIHA certification frameworks are using generative AI to model energy performance, daylighting, and thermal comfort — outputs that are then presented at trade fairs, client pitches, and government tenders with no systematic labelling of AI involvement. This is the exact scenario that Milan Design Week 2025 has brought into sharp relief: impressive, polished, AI-assisted work presented as though it emerged entirely from human creative and analytical labour.
The stakes in India are higher than in most markets because design decisions here are tied directly to public infrastructure and national energy targets. A solar park layout in Andhra Pradesh or a smart grid design for Tamil Nadu is not just an aesthetic object — it is a blueprint for critical national infrastructure. When AI tools contribute substantially to such designs, disclosure is not a courtesy; it is a matter of public accountability. India's design community, from independent architects to the engineering arms of JSW Energy and Torrent Power, must normalise transparency before regulators are forced to mandate it punitively.
What This Means for India's Energy Transition
India's ambition to reach 500 GW of renewable energy capacity by 2030 is inseparable from design. Every solar park, every rooftop installation under PM Surya Ghar, every green building that reduces grid demand is first a design object before it becomes a functioning energy asset. As AI accelerates the speed and complexity of that design process — compressing months of engineering iteration into days — the industry's credibility depends on being honest about the tools it uses. MNRE and SECI, as the two most powerful procurement and policy bodies in India's clean energy space, are uniquely positioned to require AI disclosure as a condition of tender submissions and exhibition participation at state-backed energy and design events. The Council of Architecture could extend its existing continuing professional development framework to include AI ethics as a mandatory module. These are not radical interventions — they are proportionate responses to a technology that is already inside the workflow.
Watch for the first Indian design fair or government-linked clean technology exhibition to publish a formal AI disclosure policy — that moment will signal that India's creative and energy industries are serious about responsible innovation. With the next round of SECI tenders and the 2026 Acetech expo on the horizon, the window to lead rather than react is open right now.
Key Facts
- —PM Surya Ghar scheme targets 10 million rooftop solar installations across India
- —Adani Green Energy manages over 10 GW of commissioned solar capacity in India as of 2025
- —India targets 500 GW of total renewable energy capacity by 2030 under its national clean energy plan
Frequently Asked Questions
Why do design fairs in India need an AI policy?
Without an AI policy, design fairs cannot ensure transparency about whether exhibited work was human-created or AI-generated. In India, where design is linked to public energy infrastructure and MNRE-backed projects, disclosure is a matter of professional and public accountability.
How is AI being used in India's solar and renewable energy design sector?
Indian companies including Adani Green Energy, ReNew Power, and NTPC Renewable Energy use AI for site analysis, yield forecasting, and infrastructure layout design. Architects also use generative AI for IGBC and GRIHA-certified green building modelling across major Indian cities.
Which Indian bodies can enforce AI disclosure rules in design and energy?
MNRE and SECI can require AI disclosure in tender submissions for renewable energy projects. The Council of Architecture can mandate AI ethics training for professionals. BEE can extend its energy building codes to address AI-assisted design transparency.