The 'One Body, Four Wings' Model at a Glance

Chinese researchers have proposed a structured digital framework to reform innovation and entrepreneurship education at local universities, where curricula often remain fragmented and teaching methods passive. The model, called 'One Body, Four Wings', places the student at the centre and builds four cloud-based platforms – curriculum, practice, services and guarantees – around that core.

The paper, supported by multiple higher-education research grants, argues that existing programmes suffer from scattered course modules, little real engagement between disciplines, and service support that students have to seek out rather than receive proactively. Practical experience is often limited to campus visits and lectures, limiting students’ ability to develop entrepreneurial skills through doing and failing.

To address this, the model introduces a modular course ladder (general, specialisation-linked and project-driven), AR/VR-powered practice simulations, an integrated service hub that pulls together mentors and incubation resources, and a guarantee platform that joins up government, industry and campus resources. The whole system is designed for a digital-first environment, using platforms like China MOOC and SuperStar Learning to deliver content and coordinate support.

The researchers stress that the model is still a theoretical construct and must be tested and refined in real-world settings. It is intended as a blueprint for local universities seeking to align with national digital-education goals and produce job-ready graduates more effectively.

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How the Four Cloud Platforms Tackle Persistent Problems

Curriculum Cloud: From Scattered Modules to a Tiered Pathway

The proposed curriculum platform directly attacks the 'scattered' course problem by building a three-layer progression: a general foundation for all students, discipline-specific modules that embed innovation into subject learning, and elective project-driven courses for those with serious entrepreneurial intent. By linking these tiers and delivering them through MOOC and SPOC formats, the model moves away from one-way lecturing toward a blended, problem-based approach. That in theory should create a coherent journey where each stage builds on the last, rather than leaving students to piece together isolated modules.

Practice Cloud: Moving Beyond the 'Visiting Round'

Most current practice activities in local universities are observational – a visit to a company or a park. The new model replaces that with a staged system for all years, from first-year social surveys to third-year professional practice, plus an elective extension that uses AR/VR to simulate real entrepreneurial environments. The inclusion of competitions and hands-on labs is meant to shift students from being spectators to active participants, learning by doing and competing. If implemented, this could begin to address the complaint that graduates lack practical startup skills despite having taken 'innovation' courses.

Service and Guarantee Clouds: Closing the Support Gap

One of the sharpest criticisms in the paper is that most university entrepreneurship services wait for students to come to them, creating a fractured support journey. The service cloud proposes a personalised, proactive approach using AI and IoT to link campus maker spaces with external science parks, providing ongoing mentoring and project tracking. The guarantee platform then attempts to turn static government-enterprise cooperation into a dynamic, shared platform, with funds, policies and intellectual property management all connected. Together they aim to create a continuous support system that doesn't break at graduation.

Action Points for University Leaders

  • Audit your current innovation curriculum against the article’s three-tier model (general, discipline-embedded, project-driven) to identify where students experience fragmentation and to build a clear progression path.
  • Explore integrating MOOC or SPOC delivery (e.g., China MOOC, SuperStar Learning) to supplement in-house courses, using the ‘cloud sharing’ principle to access high-quality cross-regional content.
  • Move practice activities beyond visits: design at least one AR/VR-based simulation or a graded hands-on challenge for each year group, so that problem-solving and failure become part of the learning process rather than optional extras.
  • Assign a central coordinating role to unify currently dispersed mentoring, incubation and funding services, and consider using digital tools to push support to students at key milestones rather than waiting for them to seek help.
  • When negotiating enterprise partnerships, shift from ceremonial MOUs to tangible co-management arrangements for campus platforms, including shared access to science parks and a clear pipeline for moving student projects from classroom to market.