A Systems Perspective: Bridging the OECD and UN Approaches

Today’s global challenges — spanning climate change, inequality, and digital transformation — require innovative solutions that cut across traditional boundaries. Institutions like the OECD and the United Nations (UN) are pivotal in shaping these responses, albeit with differing priorities: the OECD leans on data-driven innovation frameworks, while the UN champions aspirational global objectives like the Sustainable Development Goals (SDGs).

While both perspectives are valuable, their disjointed nature can lead to inefficiencies. A more integrated methodology, capable of addressing the interconnectedness of modern systems, is required. Enter systemic design: an emergent practice that combines systems perspectives with design to map relationships, understand interdependencies, and craft adaptive solutions. This reflection explores how systemic design could reconcile and strengthen the OECD’s experimentation-driven strategies and the UN’s normative frameworks, offering a cohesive way forward.

Divergent Approaches to Shared Challenges

The OECD and UN share overlapping goals but differ significantly in their operational styles.

The OECD’s innovation portfolios represent a pragmatic, experimental approach to policymaking. By running multiple policy pilots in parallel, governments can identify scalable solutions without committing prematurely to a single strategy. This method has delivered important insights — for instance, Finland’s basic income trial revealed nuanced behavioural responses to unconditional cash transfers, while the Netherlands’ experimentation with circular economy models has highlighted new pathways for resource efficiency.

Another hallmark of the OECD’s work is mission-oriented innovation, inspired by landmark achievements like the Apollo programme. This approach encourages countries to set specific, ambitious goals — such as achieving net-zero emissions by 2050 — and align research, funding, and policy around these objectives. The European Green Deal is a case in point, demonstrating how focused missions can drive multi-sectoral collaboration.

In contrast, the UN operates on a broader canvas. The SDGs encapsulate an ambitious vision for global development, covering 17 interconnected goals that address poverty, hunger, health, education, and more. Their universality is their greatest strength: they establish a shared roadmap for nations, businesses, and civil society to align their efforts. Yet, this strength also creates challenges. The breadth of the SDGs makes them difficult to operationalise, and tensions between goals — such as balancing economic growth with environmental sustainability — often hinder progress.

These contrasting methodologies underscore a crucial gap: the OECD’s strength in experimentation and adaptation sometimes leads to fragmented efforts, while the UN’s unifying frameworks risk remaining aspirational without clear pathways to actionable implementation.

Systemic Design: An Integrative Framework

Systemic design serves as a connective framework, blending systems thinking with design principles to uncover interdependencies and address the root causes of complex challenges. It is particularly effective in navigating the balance between localised innovation and overarching global coherence.

Take renewable energy transitions as an example. The OECD frequently promotes experiments like Germany’s Energiewende, which tests strategies for integrating renewable energy into existing grids. Meanwhile, the UN advances global initiatives such as the International Renewable Energy Agency (IRENA). However, these efforts are often disconnected, limiting their impact. Systemic design could harmonise these efforts by mapping the dependencies between local innovations and global energy goals, pinpointing scalable solutions while mitigating risks such as grid instability or social displacement.

Another area where systemic design could add value is urban development. The OECD’s smart city initiatives focus on leveraging digital technologies to enhance urban efficiency. In contrast, the UN’s SDG 11 prioritises sustainable and inclusive urbanisation. These agendas could be harmonised through systems-oriented design, which would evaluate not only technological feasibility but also social equity. For instance, it could highlight how smart city infrastructure might exacerbate inequality if underserved communities lack access to digital services, prompting measures to align technological innovation with social inclusivity.

SDGs Through a Systemic Lens

The SDGs themselves provide a compelling case for systemic design. While their interlinked structure acknowledges the interconnectedness of global challenges, in practice, they are often pursued in silos. This disconnection leads to unintended trade-offs.

Consider SDG 2’s goal of zero hunger: agricultural practices aimed at boosting food production often undermine SDG 15, which calls for ecosystem preservation. Similarly, achieving SDG 8 (decent work and economic growth) can conflict with SDG 13 (climate action) when industrialisation depends on fossil fuels.

Systemic approaches can address these trade-offs by visualising the relationships between goals and fostering integrated solutions. In agriculture, for instance, a systemic approach might promote agroecology — a model that enhances productivity while restoring ecosystems. Such strategies not only advance multiple SDGs but also build resilience against future crises, such as climate-induced crop failures.

Even the SDGs’ implementation mechanisms could benefit from systemic design. By mapping how different sectors — finance, education, infrastructure — interact, systemic design can identify leverage points for accelerating progress. It might reveal, for instance, that investing in universal access to clean energy (SDG 7) could unlock cascading benefits for health, education, and economic development.

Learning from the OECD and UN: Towards Synergy

While the OECD and UN have distinct strengths, systemic design could enable them to complement one another. The OECD’s data-driven methods could provide the experimental insights needed to refine UN frameworks, while the UN’s normative goals could ensure that OECD innovations contribute to broader societal progress.

For example, the OECD’s innovation portfolios could serve as pilot sites for achieving UN missions. A portfolio of experiments in carbon-neutral housing could directly inform SDG 11, providing scalable solutions for sustainable urbanisation. Conversely, the UN’s global targets could guide the OECD’s portfolio design, ensuring that experiments are aligned with international priorities.

This synergy requires breaking down institutional silos, fostering cross-sectoral collaboration, and embedding systemic design within organisational cultures. Both institutions would also need to engage with diverse stakeholders — from local communities to private enterprises — ensuring that solutions are inclusive and adaptable.

Challenges and Opportunities

Adopting systems-oriented design is not without challenges. Barriers like institutional inertia, competing interests, and limited resources often stifle innovation. Additionally, systemic approaches demand substantial investments in capacity-building, including policymaker training and advanced analytical tools.

Yet the opportunities far outweigh the costs. By enabling institutions to anticipate trade-offs, adapt to uncertainty, and align local and global efforts, systemic design offers a powerful means of tackling complexity. It transforms fragmented initiatives into cohesive strategies, ensuring that progress in one area supports broader objectives.

Toward a Unified Framework

The challenges of the 21st century demand integrated solutions that transcend the limitations of siloed thinking. By bridging the OECD’s experimental methodologies with the UN’s aspirational frameworks, systemic design has the potential to create a more cohesive, adaptive, and effective approach to global progress.

This isn’t about favouring one institution over another or discarding existing tools. Instead, it’s about amplifying their collective impact: enabling local experiments to inform global strategies and using global goals to guide local action. In an era of unprecedented complexity, systemic approaches offer a blueprint for navigating interdependence, balancing priorities, and driving meaningful change.

Fragmentation stands as a major barrier to progress. The path forward demands breaking silos and collaboratively designing the systems that will shape our shared future.