Circular Skills for a Net Zero Workforce
Embedding Circular Economy into Apprenticeships and Education
Tag: Education
Author: Dr. Elliott Lancaster MBE
Published: December 2025
Reading time: 6 min overview
Executive Summary
The transition to a net zero and circular economy is often framed as a technological and industrial challenge. However, it is equally a skills and education challenge. Without a workforce equipped with the knowledge, competencies, and mindset required to support circular systems, policy ambitions will remain difficult to implement in practice. This policy brief argues that the UK’s current education and training systems are not yet aligned with the requirements of a circular economy, particularly in relation to apprenticeships and vocational pathways.
While sustainability is increasingly recognised within education policy, it is often addressed in fragmented or superficial ways. Circular economy principles, such as resource efficiency, lifecycle thinking, repair, reuse, and systems design, are rarely embedded systematically across curricula or professional standards. As a result, learners are entering the workforce without the skills needed to operate within, or transition toward, circular models of production and consumption.
Drawing on educational theory, labour market analysis, and circular economy frameworks, this brief highlights the gap between policy ambition and skills provision. It proposes a set of reforms aimed at embedding circular competencies across education and apprenticeship systems, ensuring that the workforce is equipped to support long-term economic resilience and environmental sustainability. The central argument is that achieving a circular economy is not only about redesigning products and systems, but also about redesigning learning.
1. Introduction
The UK’s commitment to achieving net zero emissions by 2050 has catalysed significant policy activity across sectors, from energy and transport to construction and manufacturing. Increasingly, attention has turned to the role of the circular economy in supporting these ambitions, particularly in reducing resource use and minimising waste. However, while policy frameworks have begun to recognise the importance of circularity, less attention has been given to the skills and education systems required to deliver it.
Education and training play a critical role in shaping the capabilities of the workforce and, by extension, the structure of the economy. As the nature of work evolves in response to environmental challenges, there is a growing need to ensure that learners are equipped with relevant competencies. This includes not only technical skills, but also broader forms of knowledge such as systems thinking, problem-solving, and sustainability literacy (Sterling, 2010).
In the context of the circular economy, this challenge is particularly acute. Circular systems require new ways of thinking about value, materials, and processes. They also demand practical skills in areas such as repair, remanufacturing, and resource optimisation. Yet, despite these requirements, circular economy concepts remain largely peripheral within mainstream education and training provision in the UK.
This policy brief examines how education and apprenticeship systems can be reoriented to support a circular economy, and why such a shift is essential for achieving net zero.
2. The Skills Gap in a Circular Economy
The transition to a circular economy entails significant changes in how goods are designed, produced, used, and managed at end-of-life. These changes, in turn, require a workforce with new and expanded skill sets. However, current education and training systems are not fully aligned with these emerging demands.
One key issue is the limited integration of circular economy principles within curricula. While environmental topics may be included in subjects such as science or geography, they are often treated as discrete topics rather than as cross-cutting frameworks. This limits their relevance to vocational and professional contexts, where decisions about materials, processes, and design have direct implications for resource use.
In apprenticeship systems, the gap is particularly evident. Apprenticeships are designed to prepare learners for specific occupational roles, yet many standards do not explicitly incorporate sustainability or circular economy competencies. As a result, apprentices may develop technical proficiency without understanding how their work fits within broader environmental and economic systems.
Research suggests that this disconnect can hinder the adoption of circular practices within organisations. Without a workforce that understands the principles and benefits of circularity, businesses may struggle to implement new models or technologies effectively (Whalen, 2019). This highlights the importance of aligning skills development with policy objectives.
3. Fragmentation in Current Provision
Although there are examples of good practice, the overall landscape of circular economy education in the UK is fragmented. Initiatives such as sustainability modules, green skills programmes, and industry-led training schemes exist, but they are often isolated and lack coherence.
One contributing factor is the absence of a unified framework for defining circular competencies. Unlike more established areas of education, such as digital skills or literacy, there is no widely adopted standard for what learners should know and be able to do in relation to the circular economy. This makes it difficult for education providers to design curricula and for employers to articulate their needs.
In addition, policy frameworks tend to focus on high-level outcomes rather than implementation. For example, while strategies may emphasise the importance of green skills, they often do not specify how these skills should be embedded within existing structures. This can result in a gap between policy intent and educational practice.
The lack of integration also extends to assessment and accreditation. Without clear mechanisms for recognising circular competencies, learners may have limited incentives to develop them, and employers may struggle to identify relevant skills.
4. The Case for Embedding Circular Skills
Embedding circular economy principles within education and training systems offers several key benefits. First, it supports the development of a workforce capable of implementing and sustaining circular practices. This is essential for translating policy ambitions into tangible outcomes.
Second, it enhances economic resilience. By equipping learners with skills related to resource efficiency, repair, and reuse, education systems can help reduce dependence on raw material inputs and support more sustainable business models.
Third, it contributes to social and regional development. Circular activities, such as repair and remanufacturing, are often localised and labour-intensive, creating opportunities for employment and community engagement (Stahel, 2016).
Finally, embedding circular skills aligns with broader educational goals. It encourages critical thinking, problem-solving, and interdisciplinary learning, all of which are increasingly recognised as essential competencies in a rapidly changing world (Sterling, 2010).
These benefits underscore the need for a more systematic approach to integrating circular economy principles into education and training.
5. Policy Recommendations
To address the identified gaps, this brief proposes a set of policy interventions aimed at embedding circular skills across the UK education system.
First, a national framework for circular economy competencies should be developed. This framework would define the knowledge, skills, and behaviours required for different sectors and levels of education. It would provide a foundation for curriculum design, assessment, and accreditation, ensuring consistency and coherence.
Second, apprenticeship standards should be revised to include circular economy principles. This could involve integrating sustainability criteria into existing standards, as well as developing new standards focused on circular roles. Such changes would ensure that apprentices are equipped with both technical and systemic understanding.
Third, teacher and trainer development must be prioritised. Educators play a critical role in delivering curriculum content, yet many may lack familiarity with circular economy concepts. Professional development programmes should be introduced to build capacity and confidence in this area.
Fourth, partnerships between education providers and industry should be strengthened. Employers are key stakeholders in skills development and can provide valuable insights into emerging needs. Collaborative approaches, such as co-designed curricula and work-based learning opportunities, can help ensure relevance and applicability.
Fifth, funding and incentives should be aligned with circular outcomes. This could include support for institutions that integrate circular economy principles into their programmes, as well as incentives for employers to provide training in this area.
Finally, monitoring and evaluation mechanisms should be established to track progress. This would involve developing indicators for circular skills and assessing their integration within education systems.
6. Strategic Importance
The integration of circular skills into education and training is not only a matter of policy alignment but also of strategic importance for the UK.
From an economic perspective, it supports the development of industries and business models that are aligned with long-term sustainability. As global markets increasingly prioritise resource efficiency, countries with a skilled workforce in this area will be better positioned to compete.
From an environmental perspective, it enables more effective implementation of circular practices, reducing waste and emissions across sectors. This is critical for achieving net zero targets and addressing broader ecological challenges.
From a social perspective, it creates opportunities for inclusive growth. By supporting localised and labour-intensive activities, circular economy initiatives can contribute to job creation and community development.
Moreover, the integration of circular skills can enhance the overall quality of education. By fostering systems thinking and interdisciplinary learning, it prepares learners to navigate complex challenges and adapt to changing circumstances.
7. Conclusion
The transition to a circular economy requires more than technological innovation and policy reform. It requires a workforce that is capable of understanding and implementing new ways of thinking about resources, value, and systems.
This policy brief has argued that current education and apprenticeship systems in the UK are not yet fully aligned with these requirements. While there is growing recognition of the importance of green skills, circular economy principles remain underdeveloped within curricula and training frameworks.
To address this gap, a more systematic and integrated approach is needed. This includes the development of competency frameworks, the revision of apprenticeship standards, the provision of educator training, and the strengthening of industry partnerships.
Ultimately, achieving a circular economy is as much an educational challenge as it is an economic or environmental one. By embedding circular skills within education and training systems, the UK can build a workforce that is not only capable of supporting the transition to net zero, but also of shaping a more resilient and sustainable future.
References
Bocken, N.M.P., de Pauw, I., Bakker, C. and van der Grinten, B. (2016) ‘Product design and business model strategies for a circular economy’, Journal of Industrial and Production Engineering, 33(5), pp. 308–320.
Geissdoerfer, M., Savaget, P., Bocken, N.M.P. and Hultink, E.J. (2017) ‘The Circular Economy – A new sustainability paradigm?’, Journal of Cleaner Production, 143, pp. 757–768.
Stahel, W.R. (2016) ‘The circular economy’, Nature, 531, pp. 435–438.
Sterling, S. (2010) ‘Transformative learning and sustainability: sketching the conceptual ground’, Learning and Teaching in Higher Education, 5, pp. 17–33.
Whalen, K.A. (2019) ‘Three circular business models that extend product value and their contribution to resource efficiency’, Journal of Cleaner Production, 226, pp. 1128–1137.
Utter Rubbish 