面向重大建设工程的技术与管理协同创新机理研究

重大建设工程创新的产业依赖性、技术集成性、目标综合性、不容试错性、创新适度性和组织网络化等特征，决定了重大建设工程创新成败取决于其技术与管理协同创新成效。本项目拟从“动力耦合、高效适配、整体均衡”三个维度构建重大建设工程协同创新概念模型，运用科学计量方法、半结构化访谈、问卷调查与因子分析方法确定技术创新与管理创新的影响因素、协同创新的关键影响因子；测算技术创新与管理创新的效率指标，经回归分析得到技术创新与管理创新的互动关系，并运用协整分析方法进行协整性检验，揭示技术创新与管理创新的稳定均衡关系；进而探析重大建设工程技术与管理协同创新驱动力及其作用路径，为寻求协同创新动力源提供理论依据；最后应用协同创新理论对重大建设工程协同创新程度进行评价和测度，并用案例研究方法检验与完善测度方法，提出重大建设工程协同创新程度的评判指标和准则，为重大建设工程协同创新提供理论依据和参考。

The innovation on major construction projects feature in industry dependence, technic integration, goal comprehensiveness, non-trial-error, moderate innovation and network -organization, which lead to that the innovation success of major construction projects relies on the effectiveness of collaborative innovation between technology and management.This research aims at establishing a conceptual model for concerning synergy innovation of major construction projects via three dimensions: dynamic coupling, efficient adaptation,and overall balance, applying several methods including scientometrics, semi-structured interview, questionnaire and factor analysis to identify the factors of technological innovation, management innovation and the key factors of synergetic innovation. In order to figure out the relationship between technological innovation and management innovation, several steps are taken, first is the measurement of efficiency indexes of technological innovation and management innovation, following is the interaction between technological innovation and management innovation obtained by regression analysis, and the final co-integration tests is supported through co-integration analysis to reveal the stable and equilibrium relationship. Further, we explore the driving force and acting path of synergy innovation between technology and management of major construction projects to provide the theoretical basis for power sources of collaborative innovation.Finally, this program evaluates and measures the collaborative innovation level of major construction projects according to the synergy innovation theory, testing and improving the measure methods combining with case study, and proposing major construction criteria and guidelines for collaborative innovation, which provides a theoretical basis and reference for collaborative innovation between technology and management on major construction projects.