The Connotation and Orientation of Industry-Education Integration in Vocational Education as a “Growth Pole” for Social and Economic Development

1.1 Research Background

In today’s world, skills have become deeply embedded in the fabric of economic and social systems, serving as a core element in supporting new industrialization, driving industrial upgrading, and enhancing national competitiveness. As a key platform for cultivating technical and skilled talent, vocational education plays a vital role in promoting employment and entrepreneurship, contributing to economic and social development, and improving people’s well-being. In November 2024, the release of the Tianjin Consensus on the Development of World Vocational and Technical Education – A Declaration by Ministers from 32 Countries (hereinafter referred to as the “Tianjin Consensus”) not only consolidated an international consensus on the importance of skills but also embedded the concept of industry-education integration throughout the document, providing a clear direction for the future development of vocational education as a driving force for global progress. During the conference, Wu Yan, China’s Vice Minister of Education, emphasized three essential pathways for vocational education and industry-education integration: first, industry-education integration is the fundamental pathway for vocational education; second, the “four cooperations” – cooperative schooling, cooperative talent cultivation, cooperative employment, and cooperative development – are essential pathways for industry-education integration; third, the “five gold” construction is the necessary pathway to achieve the “four cooperations”. The Tianjin Consensus highlights that vocational education must transcend isolated development models and deepen industry-education integration. However, the intrinsic logic of how it becomes a driving force for economic and social development still requires further explanation. This study, grounded in the theory of growth poles, analyzes the core principles of the Tianjin Consensus and explores the mechanisms through which industry-education integration in vocational education can form “growth poles” for economic and social development. The aim is to provide theoretical and practical guidance for implementing the consensus, advancing global vocational education reform, and unleashing the development potential of industry-education integration.

1.2 Theoretical Basis of the Study

A deep analysis of the textual connotations of the Tianjin Consensus reveals that its positioning of industry-education integration implies the intrinsic logic of the symbiotic interaction between vocational education and economic and social systems. This relationship is not merely a simple supply-demand adaptation but rather a structural driving mechanism capable of fostering economic growth at regional and even global levels. This mechanism can be systematically explained through the growth pole theory proposed by French economist François Perroux. According to this theory, economic growth does not diffuse evenly but instead begins by forming an agglomeration center, or “pole”, in specific areas with strong innovation capacity and significant interconnection effects. Through polarization effects, these poles attract and optimize the allocation of resources, and through diffusion effects, they radiate growth momentum to surrounding regions and related industries, ultimately driving overall development (Yixia 2008). Industry-education integration in vocational education represents the practical application of this theory in the education sector. By linking the vocational education chain with the industrial and talent chains, it creates an agglomeration effect of talent, technology, and capital in specific regions or industries, generating economies of scale and fostering innovation. This, in turn, radiates outward through pathways such as talent mobility and technological spillover, forming a new type of growth pole that drives development. The following sections will analyze the concept and practical pathways of industry-education integration in the Tianjin Consensus based on this theoretical framework.

2.1 Shared Philosophy: Consolidating the Development Goals of Industry-Education Integration

The Tianjin Consensus begins by presenting a shared philosophy: all countries should “build a closer, fairer, more inclusive, and sustainable vocational and technical education system”. This reflects the international community’s recognition of the pivotal role vocational education plays in promoting global development and inclusive growth. It emphasizes that vocational education must transcend isolated development models and establish a direction for deep integration with industries, economies, and societies. This vision goes beyond the mere transmission of technical skills, pointing to the need for structural reforms within vocational education systems to address critical challenges such as technological innovation, industrial upgrading, labor market transformations, and environmental sustainability. These efforts consolidate the core goals of industry-education integration.

From the perspective of industry-education integration, “closer” emphasizes strengthening internal and external coordination within the system. It requires vocational education to establish dynamic connections with industrial development and labor market demands, while fostering collaborative networks and information-sharing mechanisms among diverse stakeholders, such as governments, institutions, enterprises, and international organizations. This ensures a deep coupling of the education and industrial chains, aligning talent cultivation standards with industry needs. “Fairness” focuses on equal opportunities and equitable outcomes, aiming to eliminate barriers to education and skill acquisition caused by factors such as gender, geography, socioeconomic background, and disabilities. It ensures that disadvantaged groups can access high-quality vocational education opportunities, achieve stable employment, and experience upward mobility, thereby underscoring the role of vocational education in promoting social equity. “Inclusiveness” highlights the adaptability and diversity of the system. Vocational education must be capable of flexibly responding to the needs of different groups – not only serving young students but also covering lifelong learners such as those in employment or transitioning careers. It must recognize both formal educational achievements and non-formal or informal learning experiences, creating a supportive environment that enables all learners to maximize their potential. “Sustainability” carries a dual meaning. On one hand, it refers to the long-term operation of the system, requiring the establishment of robust funding mechanisms, efficient governance models, and future-ready teaching staff and infrastructure. On the other hand, it pertains to contributing to the sustainability of the broader economic, social, and environmental landscape. Vocational education and industry-education integration must go beyond short-term economic gains, actively embedding themselves in sustainable development agendas, and cultivating technical and skilled talent equipped with green skills, circular economy principles, and social responsibility, thereby supporting inclusive growth.

It is evident that the shared philosophy advocated by the Tianjin Consensus sets a value framework for the development of global vocational education. Industry-education integration serves as the key practical vehicle for achieving these goals, driving the creation of a modern vocational education system that effectively empowers individuals, fosters inclusive economic growth, promotes social equity and justice, and safeguards the future of the planet through resource integration and institutional innovation.

2.2 Shared Vision: Establishing a Value Consensus for Industry-Education Integration

The shared vision outlined in the Tianjin Consensus highlights the core values of industry-education integration from three dimensions: individual, societal, and global. It is based on empowering individuals with skills, driven by economic growth as the core, and extended through global cooperation and mutual benefit. This multi-layered value framework establishes industry-education integration as a “growth pole” that combines both social and economic value.

From the perspective of individual career development, the Tianjin Consensus emphasizes the vision of “one skill in hand, a lifetime of security”, underscoring the critical role of skills in supporting individual survival and development. Through the integration of real-world teaching scenarios and workplace practice, industry-education integration enables learners to acquire practical skills and professional competencies tailored to industry needs. This not only significantly enhances employability, job adaptability, and job quality but also unifies personal and social value by broadening career development pathways. In the context of the new digital and intelligent economy and new business models, the importance of industry-education integration lies in its ability to rapidly incorporate new professions and skills, helping workers adapt to market changes and strengthening their capacity for career transitions and lifelong development.

From the perspective of productive force development, the Tianjin Consensus emphasizes that “investing in skills is investing in the future”, revealing the driving value of skilled talent in economic growth. The development of new productive forces places high-quality laborers at its core, and industry-education integration serves as an efficient model for skill investment. It facilitates the alignment of supply and demand for skilled talent, transforming industrialized knowledge and materials into market-ready products during the production process (Zhen 2025). This drives productivity improvement, accelerates technological transformation, and facilitates industrial upgrading. Through the virtuous cycle of technical skill accumulation and industrial innovation, it supports regional economic growth. By transforming the labor force as a key factor, it enhances total factor productivity and promotes the deep integration of the “education chain, talent chain, industrial chain, and innovation chain”, contributing to economic prosperity and recovery.

From the perspective of global cooperation, the Tianjin Consensus envisions “skills as the universal language connecting all humanity”, endowing industry-education integration with new meanings of cultural exchange and global governance. Skills, as a universal value that transcends geography, race, and nationality, are widely disseminated through international cooperation in industry-education integration. The Tianjin Consensus advocates breaking regional barriers, optimizing the global allocation of skill resources, and advancing vocational education from localization to globalization. Cross-border industry-education collaboration alleviates regional skill shortages by cultivating localized skilled talent, while mutual recognition of standards promotes the cross-border mobility of high-skilled workers. This not only optimizes global resource allocation but also enhances cultural understanding through skills as a medium, injecting momentum into the construction of a community with a shared future for mankind.

2.3 Theoretical Implications: Industry-Education Integration in Vocational Education from the Perspective of Growth Pole Theory

The positioning of industry-education integration in the Tianjin Consensus aligns deeply with the core logic of growth pole theory, providing insights into the mechanism by which industry-education integration in vocational education serves as a “growth pole” for economic and social development.

The Tianjin Consensus emphasizes the deepening of industry-education integration, fundamentally viewing it as a critical lever for constructing a skills-based society and driving economic transformation and upgrading. According to growth pole theory, successful industry-education integration projects or spatial platforms should precisely target regional leading industries, strategic emerging industries, future industries, or globally competitive specialized industries. By deeply integrating the education chain, talent chain, industrial chain, and innovation chain, these projects form “core poles” with high levels of innovation and dominance in the regional economic landscape. The core competitiveness of these poles lies in their ability to achieve composite agglomeration of “knowledge–technology–skills–capital”, not only cultivating high-quality technical and skilled talent but also serving as key sources for applied technology research and development, process innovation, and standard-setting.

Polarization effects are the key driving force behind the formation of growth poles. In the context of industry-education integration, this is manifested in the high concentration of quality resources driven by industry needs. This includes attracting leading enterprises to invest in equipment, technology, and capital through policy incentives; assembling dual-qualified teachers and industry mentors; and integrating functions such as talent cultivation, technology R&D, and social services within specific spaces or industrial fields. These efforts form collaborative networks that reduce costs and improve efficiency, while school-enterprise collaborative innovation platforms become incubators for new knowledge and technologies, driving industrial advancement.

Diffusion effects determine the value radiation scope of the growth pole. The value of industry-education integration as a growth pole is ultimately reflected in the effective spillover of its benefits, which extend to and benefit broader economic and social systems. This is achieved through four key pathways. The first is talent radiation. Vocational education cultivates highly adaptable technical and skilled talent who not only serves core partner enterprises but also, through labor market mobility, supports the development of upstream and downstream industries and small, medium, and micro-enterprises along the value chain. This enhances the overall quality and structure of regional human capital. The second is technological spillover. The technological achievements, process improvement plans, and industry standards generated through school-enterprise collaboration are disseminated within the regional industrial network via technology transfer, consulting services, and skills training. This contributes to the overall enhancement of technological levels and the optimization of the industrial ecosystem. The third is model demonstration. The established systems and mechanisms of industry-education integration, along with curriculum frameworks and evaluation standards, can serve as practical examples that are replicable and transferable to other institutions, industries, or broader regions. This leads to an overall improvement in the quality of vocational education and deeper reforms, supporting the “equity and quality” goals advocated by the Tianjin Consensus. The fourth is inclusive services. The skills upgrading, continuing education, and lifelong learning services provided to the public empower workers to adapt to technological changes, fostering inclusive growth and enhancing social well-being.

Growth pole theory emphasizes the critical role of government, which aligns closely with the institutional imperatives of the Tianjin Consensus. As a provider of institutional frameworks, the government must create favorable conditions for the formation and development of growth poles in industry-education integration through top-level design, policy incentives, platform construction, standard-setting, and quality assurance. This reduces cooperation costs, protects stakeholder interests, and ensures the effective implementation of the win-win cooperation advocated by the Tianjin Consensus.

Growth pole theory provides profound theoretical support for the concept of industry-education integration embodied in the Tianjin Consensus. It demonstrates that industry-education integration in vocational education facilitates the creation of regional economic and social growth poles driven by industry demand, centered on innovation, and powered by resource agglomeration and value diffusion. These growth poles can form core competitiveness through polarization effects and release growth momentum through diffusion effects, ultimately achieving the symbiotic prosperity of vocational education and economic and social development. This represents the practical pathway to realizing the philosophy and vision of the Tianjin Consensus.

3.1 Shared Proposals: Building the Support System for Industry-Education Integration

Industry-education integration represents an ideal state of collaboration between industries and vocational education, encompassing elements such as national institutional improvement, policy alignment, multi-stakeholder governance, collaborative planning between education and industry, shared responsibility of schools and enterprises for talent cultivation, and seamless connections between talent training and utilization (Zhen 2024a). The Tianjin Consensus puts forward a series of proposals for various societal stakeholders, emphasizing the reliance of industry-education integration on supportive institutional environments and ecological systems for its effective operation. Through collaborative design at macro, meso, and micro levels, it provides institutional guarantees for factor mobility and resource allocation.

At the macro level, the proposal to “prioritize skills development, increase investment, and optimize resource allocation” directly addresses the material foundation of industry-education integration. Financial investment is the basic guarantee for cultivating high-skilled talent (Zhen 2024b). Industry-education integration in vocational education is characterized by high input and high returns, requiring a collaborative effort from governments, enterprises, and society. In 2024, multiple countries announced reforms to increase vocational education investment. The European Union established 15 new Centers of Vocational Excellence (CoVEs) to provide high-quality vocational education and training programs; the UK government founded “Skills England” to develop a national skills training system, allowing businesses to flexibly use tax funds for training; Germany’s “Education 2024” initiative further increased vocational education funding; and Finland’s “National Implementation Plan” introduced measures to enhance the impact and efficiency of vocational education and training (Dayong et al. 2025). Institutional arrangements to clarify the investment responsibilities of all parties not only reflect the government’s top-level support for skills strategies but also strengthen market participants’ involvement in talent cultivation, ensuring resource aggregation for industry-education integration.

At the meso level, the proposal to “build open, fair, inclusive, and mutually beneficial mechanisms and platforms for skills development” focuses on breaking resource barriers and addressing information asymmetry. For example, the Singapore government launched the “SkillsFuture” platform, integrating resources from government, enterprises, and institutions to analyze users’ skill gaps and industry trends through algorithms, offering one-stop services such as skills diagnosis, training matchmaking, and employment services (Xuemei 2025). China’s “National Vocational Education Smart Education Platform” covers all vocational education disciplines and provides data on key national industrial chains and industrial parks, offering digital support for resource matching (Dan 2025). Such platforms not only help resolve issues like information asymmetry and resource fragmentation between education and industry but also promote resource integration. By building a “demand–supply–feedback” closed-loop mechanism, industry-education integration transitions from “passive adaptation” to “proactive response”.

At the micro level, the proposals to “enhance green skills and digital skills among youth” and “improve independent employment and entrepreneurship capabilities” reflect the forward-looking nature of skill development. With rapid technological innovation and industrial transformation, 44 % of global core skills are expected to change by 2027, making green skills and digital skills central to the global labor market (WEF 2023). Integrating these skills into vocational education curricula through industry-education integration fundamentally involves preemptive adjustments to the education chain, guiding the transformation direction of the industrial chain and aligning talent cultivation with sustainable development goals. China’s initiatives, such as the “Luban Workshop” program – vocational education “going global” actions to share skill cultivation models – are practical responses to these proposals, promoting the global dissemination of skill value.

3.2 Shared Actions: Defining the Implementation Pathways for Industry-Education Integration

The “Shared Actions” initiative of the Tianjin Consensus provides implementation plans from multiple dimensions for industry-education integration to become a “growth pole”.

In terms of system construction, the Tianjin Consensus emphasizes “improving the modern vocational education system to enhance adaptability and innovation”, which forms the institutional foundation of industry-education integration. For example, China promotes vocational education system innovation through the “One Body, Two Wings” strategy, represented by the entity-based operation of “industry-education alliances”. Similarly, Germany deepens the cross-sectoral institutional ecosystem of industry-education integration through the development of Learning Factory 4.0 and the Industrial 4.0 platform (Chengming 2025). Although these models differ in form, both advance the dynamic balance between educational supply and industrial demand through institutional innovation, enhancing vocational education’s ability to support traditional industry upgrading and respond to the needs of emerging industries. This demonstrates the critical role of system flexibility in supporting industry-education integration.

In terms of international cooperation, the focus is on “jointly establishing mechanisms for mutual recognition of vocational qualifications and skill levels”. This is key to breaking down barriers to cross-border talent mobility and expanding the reach of industry-education integration. For instance, the Sino-German Advanced Vocational Education (SGAVE) cooperation project facilitates mutual recognition of qualifications, the European Qualifications Framework aligns regional standards, and the ASEAN Qualifications Framework promotes the interoperability of skill standards within the region. Fundamentally, these initiatives reduce the costs of cross-border talent mobility through international coordination of skill standards, enabling the diffusion benefits of industry-education integration to transcend geographical limitations. They provide human capital support for global industrial chain collaboration, aligning with the Tianjin Consensus vision that “skills are a universal language”.

Deepening industry-education integration itself is a core action of the Tianjin Consensus, calling for “promoting deep integration of education and industry through innovation-driven international and domestic capacity cooperation”. The key lies in linking the “education chain, talent chain, industrial chain, and innovation chain”. Joint curriculum development by schools and enterprises connects educational content with the technological frontiers of industries, and collaborative skill-based research facilitates the transformation of products into market-ready solutions. This creates a virtuous cycle of “talent cultivation–technology transformation–industrial upgrading”, extending vocational education from the talent supply side to the innovation-driven end, making it a direct driver of industrial upgrading.

“Strengthening education begins with strengthening teachers”, and teacher training actions focus on building a “teacher professional competency enhancement system”, which addresses the core of quality in industry-education integration. In Germany, vocational education teachers are required to have extensive enterprise experience and undergo continuous training. The essence of this approach lies in achieving the transfer of knowledge between education and industry through teachers’ “dual-qualification competencies”. As converters of skill standards and disseminators of industrial technical knowledge, teachers directly determine the depth of industry-education integration with their competency levels.

Quality standards actions propose “improving quality evaluation and monitoring systems that align with the needs of national labor markets”. This aims to address the “mismatch” between the supply side of vocational education talent cultivation and the demand side of industry in terms of structure, quality, and level. It provides critical standard support for advancing the high-quality development of vocational education. Establishing quality standards that guide the high-quality development of vocational education through deeper industry-education integration can ensure that vocational education operates on a standardized and high-quality trajectory. This would enhance the social recognition of the quality of vocational education talent cultivation, attract more resource investment, and promote its healthy and sustainable development, enabling vocational education to exert greater influence in economic and social development.

4.1 Practical Validation: The Mechanisms of Industry-Education Integration as a “Growth Pole”

As a “growth pole” driving economic and social development, industry-education integration in vocational education operates on the core logic of achieving optimal resource allocation and development momentum transmission through resource agglomeration and value diffusion. Globally, although the practical models developed by different countries vary based on their industrial characteristics and institutional environments, they all validate the intrinsic principles of how industry-education integration functions as a “growth pole”.

Institutional embedding is the core support for the formation of Germany’s industry-education integration growth pole. The core value of Germany’s “dual system” lies in its systematic institutional design, which deeply embeds enterprises into the vocational education ecosystem, creating a closed-loop system of legal guarantees, industry collaboration, and interest alignment. This provides a stable institutional foundation for the growth pole. Government policies and regulations clearly define the roles and responsibilities of enterprises as key players in talent cultivation, while industry associations take on public functions such as standard-setting and quality supervision, forming a collaborative governance framework between government regulation and market operation. This institutional design has led to the high concentration of skilled talent, technical standards, and industrial capital in the manufacturing sector. Enterprises directly transform production equipment and technical specifications into teaching resources, ensuring seamless integration between education and production practices. The mechanism linking apprentices and employees ensures a stable supply and retention of skilled talent, preventing resource loss. From the perspective of growth pole theory, this model achieves “polarization effects” through institutional embedding, with continuous resource agglomeration in the manufacturing sector forming core competitiveness. Simultaneously, “diffusion effects” are generated through industrial chain linkages, transferring skill advantages from core enterprises to upstream and downstream supporting enterprises, driving the overall upgrading of regional industrial ecosystems and demonstrating the foundational role of institutional guarantees in the formation of growth poles.

Dynamic adaptation mechanisms endow Singapore’s industry-education integration growth pole with strong environmental responsiveness. The unique value of Singapore’s “teaching factory” model lies in its construction of a dynamic response mechanism between industry-education integration and economic transformation. This is achieved through a government-led “demand perception–resource allocation–value output” chain, ensuring the growth pole’s continuous adaptation to a changing environment. As a resource-constrained economy, Singapore relies on cross-departmental coordination mechanisms to capture signals of industrial transformation in real time, facilitating the joint establishment of training platforms between vocational institutions and leading enterprises. Cutting-edge industrial projects are converted into teaching content, maintaining a dynamic balance between educational supply and industrial demand. The core of this mechanism lies in breaking the traditional path dependency of education, forming a virtuous cycle of industrial transformation, curriculum reconstruction, and talent upgrading. As the industrial landscape shifts from labor-intensive to technology-intensive, the industry-education integration system quickly adjusts its skill training focus, incorporating new elements such as digital technology and service standards into the educational process. The growth pole effect is reflected in its role as an “accelerator” for economic transformation – flexible resource reorganization enables the immediate transmission of growth momentum, positioning vocational education as a key lever for industrial upgrading and validating the theoretical prediction that growth poles must possess dynamic adaptation capabilities.

Standard coordination mechanisms support the value enhancement of Switzerland’s industry-education integration growth pole. The distinctive feature of Swiss vocational education lies in its deep integration of enterprise certification systems and educational standards, achieving continuous skill value enhancement through the coordination of skill standards, teaching content, and career development. In the Swiss model, leading enterprises play a dominant role in developing skill standards and constructing certification systems, integrating core elements such as technical specifications and safety requirements into teaching content, aligning educational outputs directly with high-end industrial demands. Government policies that equate vocational education with higher education eliminate societal perception barriers, ensuring that skilled talent enjoys the same development opportunities and social recognition as academic talent. This mechanism drives the aggregation of skill elements toward high-value domains, extending skill development from basic operations to high-end areas such as technological research and development, as well as process innovation. It positions skilled talent as the core support for the high-end segments of the industrial value chain. The growth pole effect is manifested in the transmission logic of “skill premium–industrial upgrading–high-quality economic development”, highlighting the critical role of standard alignment in elevating the value hierarchy of growth poles.

Multi-scenario adaptation is the distinctive feature of China’s industry-education integration growth pole. China’s practice is rooted in institutional innovation, characterized by “collaborative governance–resource agglomeration–adaptive diffusion”. At the institutional level, the focus is on central-local interaction and regional coordination, establishing collaborative development mechanisms among “government-industry-enterprise-school”. This drives provincial vocational education system innovation and creates platforms such as municipal industry-education alliances and industry-specific integration communities, forming a dual-driven institutional framework supported by both policy and market forces to strengthen the operational foundation of growth poles. Resource agglomeration prioritizes industry, aligning the education chain with the industrial chain by matching program offerings with industrial structures. Jointly established training bases and collaborative technological innovation projects concentrate talent, technology, and capital in regional leading industries and emerging fields, forming the core momentum for industrial upgrading. Adaptive diffusion reflects inclusiveness and accessibility, extending skill training to disadvantaged groups and underdeveloped regions, supporting rural revitalization and common prosperity, and enabling the equitable transmission of development momentum. By establishing an integrated vocational education system that bridges vocational and general education as well as industry and education, China not only supports industrial upgrading but also aligns with the “shared philosophy” of ensuring diverse talent development, forming a distinctive pathway for growth pole practice.

These practices demonstrate that the formation of industry-education integration growth poles does not follow a fixed model. However, the core lies in achieving effective resource agglomeration through institutional design or mechanism innovation and leveraging industrial linkages and regional collaborative networks to unleash diffusion effects. These practices provide replicable paradigms for implementing the Tianjin Consensus.

4.2 Action Orientation: Establishing Collaborative Mechanisms for Building the “Growth Pole” of Industry-Education Integration

The sustained development of the growth pole in industry-education integration relies on the collaborative participation of diverse stakeholders and systemic support. Drawing on insights from global practices and the action proposals of the Tianjin Consensus, it is necessary to establish long-term mechanisms from three dimensions – institutional design, stakeholder collaboration, and international cooperation – to ensure the continuous enhancement of the growth pole’s resource agglomeration capacity and diffusion effects.

At the institutional design level, it is essential to strengthen top-level planning, policy incentives, and systematic support through legal guarantees. As the provider of institutional frameworks, the government should incorporate industry-education integration into the top-level design of national development strategies and clarify the roles and responsibilities of diverse stakeholders through legislation. A differentiated incentive policy system should be established to support participating entities with measures such as tax incentives and resource allocation, thereby enhancing motivation for collaboration. Efforts should also be made to promote the equal valuation of vocational education and general education, thereby improving the social status of technical and skilled talent. Additionally, a dynamic monitoring and evaluation mechanism should be developed to ensure that the direction of industry-education integration aligns with the needs of economic and social development, providing institutional guarantees for the stable operation of the growth pole.

At the stakeholder collaboration level, an ecological network guided by the government, led by enterprises, and supported by institutions should be established to form an integrated talent cultivation system. This system would connect vocational education, training, and continuing education, as well as integrate vocational “academic education + training” (Zhen 2024b). Vocational institutions, as the primary entities for talent cultivation, should enhance market adaptability by dynamically adjusting program structures and teaching content, adhering to task-based curricula and action-oriented teaching, and improving the alignment of skill supply with the demands of the digital and intelligent era. Enterprises, while providing feedback on industrial needs, should also increase their investment in talent cultivation, taking on responsibilities for continuing education and vocational training. They should actively participate in program planning, curriculum development, and training facility construction, and collaborate with vocational institutions and research organizations to conduct skill-based research, transforming industrial resources into educational resources. Vocational schools should coordinate with other non-degree vocational training institutions to form a systematic, balanced, interconnected, and continuous model for cultivating technical and skilled talent. Industry associations should act as a bridge, promoting resource sharing and standard alignment among enterprises and between schools and enterprises, forming a collaborative network with smooth resource flows and reasonable benefit distribution, thereby enhancing the resource agglomeration capacity of the growth pole.

At the international cooperation level, efforts should focus on fostering global collaboration through experience sharing, standard alignment, and resource sharing. Leveraging the Tianjin Consensus as an opportunity, a transnational exchange mechanism for industry-education integration in vocational education should be established to share institutional innovations and practical experience. Accelerating the international coordination of skill standards and qualification recognition is crucial to breaking down barriers to cross-border talent mobility and optimizing the global allocation of skill resources. Through international capacity cooperation, technological achievements can be rapidly transformed into productive forces, fostering new industrial forms and business models that empower economic and social development. Additionally, building digital education resource-sharing platforms can facilitate the dissemination of knowledge in cutting-edge fields such as green skills and digital skills, expanding the diffusion range of the growth pole and enabling the global transmission of development momentum.