Turning EU sustainability regulations into design intelligence

From compliance to a competitive advantage

Sustainability has moved from corporate ambition to regulatory reality. With initiatives such as the Digital Product Passport (DPP), the Ecodesign for Sustainable Products Regulation (ESPR), and the Corporate Sustainability Reporting Directive (CSRD), the European Union is fundamentally reshaping how products must be designed, documented, and governed across their entire lifecycle.

For many industrial companies, this shift feels overwhelming. New rules are arriving faster than engineering organizations can adapt. Data is requested that was never part of the original product definition. And sustainability teams often find themselves in pursuit of information across disconnected systems, spreadsheets, and suppliers. Many organizations still address these requirements through fragmented tools, manual data collection, or late-stage compliance checks, resulting in high effort, risk, and limited transparency.

The real challenge is not the regulation itself, but the fact that sustainability and compliance are still treated as endofprocess reporting tasks, addressed only at the final stages, primarily for documentation or regulatory fulfilment.

Sustainable engineering is not a reporting problem. It is an engineering platform problem.

Only when sustainability requirements are embedded directly into engineering structures, workflows, and governance can EU regulations be addressed at scale, i.e. efficiently, reliably, and without slowing down innovation. This is where a sustainable engineering platform approach, built on Siemens Teamcenter, a global leader in PLM, and shaped with the right architectural vision, can be the gamechanger you are looking for.

Based on my recent experience with Siemens Teamcenter, this article outlines a pragmatic, engineering-centric approach to sustainability and compliance - one that leverages existing PLM foundations instead of adding yet another layer of disconnected reporting systems. It explores how Atos has enabled companies to operationalize EU sustainability regulations directly within their engineering and PLM processes.

Let’s dive in.

EU regulations: Forcing a shift left in engineering

EU sustainability regulations share a common pattern:

Product information must be traceable, not just declared.
Sustainability characteristics must be linked to real product structures.
Compliance must be demonstrable across the full lifecycle.
Supplier data must be transparent beyond Tier-1.

Whether it is the DPP, ESPR material requirements, or CSRD reporting obligations, the message is clear: sustainability can no longer be assembled downstream.

If sustainability data is not created and maintained during the engineering process, it will be incomplete, inconsistent, or too late. A sustainable engineering platform enables this necessary shift left by moving sustainability and compliance into the daily reality of product development.

Making sustainability part of engineering decisions

EU regulations increasingly require companies to provide credible information about material composition, carbon footprint, recyclability, and lifecycle impact. Collecting this data after design completion is costly and prone to error.

Teamcenter enables sustainability data to be managed where product knowledge already exists. Here’s how:

Sustainability attributes are linked directly to parts, materials, and BOMs.
Product variants automatically inherit and aggregate sustainability values.
Engineering changes trigger immediate sustainability impact visibility.

This creates a direct connection between design decisions and their regulatory and environmental consequences.

Atos in action: Atos complements this foundation by designing sustainability-aware PLM data models and integrating lifecycle assessment logic into engineering workflows. Engineers are not confronted with abstract ESG targets, but with concrete, design-related sustainability insights.

The result is a pragmatic shift. Sustainability becomes a design parameter, not a reporting obligation.

DPP enablement: A regulatory requirement that demands PLM discipline

The Digital Product Passport (DPP) is one of the most tangible outcomes of the EU sustainability policy. It requires manufacturers to provide structured, reliable product information across the full lifecycle — from design and production to service and end-of-life.

Document-based approaches struggle under this requirement. Products change, variants multiply, and service realities differ from original designs.

Teamcenter addresses this challenge by managing:

Product structures and configurations
Engineering changes and versions
Linked documents, requirements, and service data
As-designed, as-built, and as-maintained views

With this, the DPP does not need to be created as a separate artifact. It can be derived from PLM data, consistently and repeatedly.

Atos in action: Atos supports organizations by translating DPP regulatory requirements into concrete Teamcenter object models, lifecycle states, and governance rules. This ensures that passport-relevant data is complete, auditable, and always up to date.

Instead of becoming another compliance burden, the Digital Product Passport becomes a natural by-product of disciplined engineering.

Meeting EU transparency expectations with multi-tier supplier sustainability integration

EU regulations increasingly hold manufacturers accountable not only for their own products, but also for the sustainability characteristics of their supply chains. This is particularly challenging in multi-tier supplier networks.

Teamcenter enables supplier sustainability integration by linking:

Supplier information
Material and part data
Sustainability declarations and evidence
Actual product usage contexts

This creates transparency that goes beyond generic supplier scores and ties sustainability data to real product structures.

Atos in action: Atos extends this capability with scalable supplier onboarding, data validation processes, and integration of external sustainability platforms. Risk-based approaches help focus attention on critical materials, regions, and components.

The outcome is a supply chain view that is product-centric, auditable, and regulation-ready.

Reducing regulatory risk before it materializes

One of the most underestimated impacts of EU sustainability regulation is the operational risk it introduces. Late compliance checks lead to redesigns, delayed approvals, and audit findings.

Teamcenter enables a compliance-by-design approach by embedding regulatory logic directly into engineering workflows:

Compliance checks integrated into release and change processes
Automated impact analysis when regulations or product data change
Clear governance, traceability, and access control

Compliance becomes part of how engineering works, not a separate control layer.

Atos in action: Atos translates regulatory texts such as ESPR requirements into actionable PLM rules and governance frameworks. Industry-specific approaches accelerate implementation while remaining adaptable as regulations evolve.

This proactive approach significantly reduces regulatory risk and engineering friction.

Why sustainable engineering platforms matter now

EU sustainability regulation is not a one-time challenge. It is a structural change in how products are defined, governed, and evaluated. Organizations that treat sustainability as an add-on will face increasing costs, risks, and complexities. Those that embed sustainability into their engineering platforms gain something else: clarity.

Clarity about product data.
Clarity about compliance status.
Clarity about sustainability trade-offs.

Teamcenter provides the backbone for this clarity. Atos ensures it is shaped into a true sustainable engineering platform.

Getting started

Many companies start with a focused assessment to understand:

How sustainability data is currently handled in PLM
The gaps that exist in Digital Product Passport
Managing supplier sustainability information
The extent to which compliance is embedded into engineering workflows

From there, a pragmatic roadmap can be defined, aligned with EU regulations, engineering reality, and business priorities. Sustainable engineering is not about slowing innovation. Done right, it enables it.

>> If you would like to get started on your sustainability roadmap, connect with me and let’s chart it out together.

>> Learn more about how Atos is delivering faster, seamless and impactful benefits with our PLM best practices and solutions:
Industry 360: Igniting industrial evolution through seamless transformations

Posted 13/02/26