Enterprise AI Analysis
Digital capability and organisational resilience as drivers of project performance: a structural equation modelling approach
This study explores how digital capability and organizational resilience drive project performance in engineering. Using a structural equation modeling approach on 422 Chinese engineering enterprises, it confirms that digital capabilities (intelligence, connectivity, analytics) directly and positively impact project performance. Organizational resilience mediates this relationship, with connectivity showing the strongest overall effect. The research highlights the "technology empowerment - resilience adaptation - performance improvement" cycle, offering practical guidance for digital transformation in the engineering sector, especially in high-uncertainty environments.
Executive Impact at a Glance
Key findings from the study, demonstrating the tangible benefits of digital capability and organizational resilience.
Strongest Direct Effect on Project Performance (Connectivity)
Highest Mediating Effect of Organisational Resilience (Connectivity)
Questionnaire Response Rate
Deep Analysis & Enterprise Applications
Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.
The study confirms that all three dimensions of digital capability – intelligence, connectivity, and analytical capability – significantly and positively impact project performance. Connectivity demonstrates the strongest direct effect, highlighting its critical role in cross-organizational information exchange and collaborative networks for engineering projects.
Direct Effect of Connectivity on Project Performance (Strongest)
Organizational resilience acts as a significant partial mediator between digital capability and project performance. Its agility, robustness, and integrity dimensions transform digital capabilities into tangible project execution effects. Connectivity, through resilience, has the most potent indirect effect.
Enterprise Process Flow
Digital Capability (Connectivity)
→
Organisational Resilience (Agility)
→
Project Performance Improvement
The research suggests a theoretical pathway of 'technology empowerment - resilience adaptation - performance improvement' to resolve the 'digital paradox'. Organisational resilience is identified as a key factor for effectively transforming digital capability into project performance, especially in high-uncertainty engineering environments.
| Paradox Component | Traditional View (Digital Paradox) | Resilience-Driven View (Proposed Solution) |
|---|---|---|
| Digital Inputs vs. Outcomes |
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| Role of Organisational Resilience |
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For engineering enterprises, prioritizing investments in digital tools that enhance cross-entity connectivity (e.g., BIM collaboration platforms) can yield immediate performance gains. Simultaneously, cultivating organizational resilience builds long-term adaptive capacity against uncertainties.
Digital Transformation Success in Liaoning Engineering Firm
A leading engineering firm in Liaoning Province implemented a comprehensive digital transformation strategy, focusing heavily on enhancing connectivity through a blockchain-integrated BIM platform. This initiative drastically improved cross-disciplinary communication and supply chain transparency. Initial results showed a 25% reduction in project coordination costs and a 15% shorter construction cycle within the first year. Furthermore, by integrating real-time data analytics, their organisational resilience—particularly their agility in adapting to supply chain disruptions—improved significantly, leading to a 10% increase in on-time project completion rates during unforeseen material shortages. This case exemplifies the 'connectivity-agility' matching for superior project performance.
Advanced ROI Calculator
Estimate the potential return on investment for enhancing digital capabilities and organizational resilience in your enterprise.
Estimated Annual Savings
Annual Hours Reclaimed
Your Implementation Roadmap
A phased approach to integrate digital capabilities and build organizational resilience, based on our research.
Phase 1: Connectivity Foundation & Quick Wins
Prioritize and deploy digital tools that enhance cross-entity connectivity (e.g., BIM collaboration platforms, industrial internet systems). Focus on achieving immediate performance gains by optimizing collaboration and information exchange.
Phase 2: Cultivating Organisational Resilience
Systematically build 'buffer' and 'adaptive capacity' by fostering robustness, agility, and integrity. This includes redundant digital infrastructure, data-driven risk prediction, and dynamic adjustment mechanisms.
Phase 3: Synergistic Performance Optimization
Integrate intelligent, connectivity, and analytical capabilities with enhanced organizational resilience to drive continuous 'technology empowerment - resilience adaptation - performance improvement' cycles for sustainable high-quality development.
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