高端装备制造这一战略性新兴产业是衡量一国经济实力的重要指标。近年来国际上出现了各种形式的“逆全球化”甚至是“去全球化”的现象，在此背景下中国以“一带一路”战略为契机推进高端装备制造业的价值链跃迁具有很强的迫切性。项目组对中国高端装备制造业进行全面诊断，通过计算贸易增加值的方法来测量中国高端装备制造业的全球价值链位势和国际竞争力水平。项目组提出“多重嵌入”的研究视角，重点将RVC纳入到价值链嵌入分析范式当中，研究GVC/RVC/NVC等多个价值链不同环节间的转换机制。项目组采用空间计量经济学来研究价值链多重嵌入的空间交互效应，探索高端装备制造业的区域选择机制及主导型全球价值链的设计机制，为中国高端装备制造企业进行国际产业布局提供理论依据。项目组采用系统动力学的方法建立仿真模型，对高端装备制造业相关调控政策进行模拟和评估，进而为政府优化高端制造业价值链跃迁的制度环境提供具有可操作性的政策建议。

As a new strategic emerging industry, the high-end equipment manufacturing industry is the key index to measure a country’s economic strength. Recently, there are various means of “adverse-globalization”and even “de-globalization”. Under this background, it is very urgent for China to promote the value chain transition of high-end manufacturing based on the Belt and Road Initiative. The team has conducted a comprehensive investigation on China’s high-end manufacturing industry, and calculated the value added of trade to measure the potential of the global value chain and the international competitiveness of this industry. This team proposed the “multiple embedding” research perspective and put RVC into the embedding analysis paradigm of the value chain to explore the transformation mechanism among different links of GVC,RVC, NVC and other value chains. This team has adopted spatial econometric economics to study the interaction effect of multiple embedding spaces of the value chain and explore the area selection mechanism of the high-end manufacturing industry and the design mechanism of the dominant global value chain. The aim is to provide theoretical basis for China’s high-end manufacturing enterprises. With the system dynamics, this team has established simulation model to simulate and evaluate the regulatory policies related with this industry in order to provide operable policy suggestions for the government to optimize the system environment for the value chain transition of the high-end manufacturing industry.