The Client and General Context
Our client, a global leader in shipbuilding and road infrastructure, aimed to build a long bridge using large metal modules. The project required strict adherence to quality and efficiency standards, which was essential for its success.
Strategic Collaboration
This collaboration was crucial for delivering a safe, sustainable project meeting international standards. The combined expertise of shipbuilding excellence and world-class design ensured the highest quality outcomes.
Shipyard Partner
Responsible for manufacturing metal modules due to its expertise and high-quality infrastructure
Japanese Designer
Recognized for its advanced design and strict quality standards, ensuring module compliance with international technical requirements
Project Challenges
| Problem | Potential Impact | |
|---|---|---|
| Significant Production Delays | First module took 3x longer than planned; working time remained nearly double the estimates | |
| Inadequate Quality Standards | Manufactured modules failed to comply with strict designer standards and international requirements | |
| Lack of Organizational Alignment | Significant divergences between divisions regarding targets and unclear role definitions causing decision blockages | |
| Poor Coordination Systems | Distinct and non-aligned schedules between divisions hampering collaborative efficiency | |
| Inefficient Time Utilization | Only 50-60% of total time was productive, resulting in significant resource waste | |
| Absence of Visual Management | No system to track progress and escalate problems, leading to reactive rather than proactive management |
Detailed Situation Analysis
The Share IT Smart and Lean Performance consulting teams conducted a comprehensive assessment, identifying critical pain points across all operational dimensions.
Project Management Issues
Fundamental structural problems affecting coordination and execution
- •Lack of a unified target model and performance indicators (KPIs)
- •Overlapping managerial roles generating uncertainties and decision-making blockages
Planning Deficiencies
Critical gaps in scheduling and data management
- •Absence of a centralized scheduling system
- •Inconsistent data across divisions affecting execution consistency
Production Flow Inefficiencies
Operational bottlenecks reducing productivity
- •High unproductive time due to lack of visual management system
- •No strategy to reduce downtime (e.g., equipment changeover optimization)
Quality and Maintenance Gaps
Process misalignment affecting output quality
- •Maintenance process not adapted to production pace
- •Persistent non-conformities in manufactured modules
Comprehensive Solutions Implemented
An integrated transformation approach addressing all critical areas through strategic interventions and innovative methodologies.
Managerial Alignment
Creating organizational unity through clear structures and objectives
- •Establishing a single unified target for all involved divisions
- •Creating clear structure of joint meetings based on production data
- •Escalating critical issues to higher decision-making authorities
Scheduling Optimization
Implementing advanced planning tools for resource efficiency
- •Development of scenario simulation tool for optimal resource allocation
- •Implementation of centralized scheduling system eliminating data inconsistencies
Production Flow Streamlining
Enhancing operational efficiency through systematic improvements
- •Introducing visual management system to track progress and escalate issues
- •Applying SMED process to reduce downtime and improve changeover efficiency
- •Structuring daily meetings to resolve critical problems rapidly
Quality Assurance Enhancement
Ensuring compliance with international standards
- •Adapting processes to meet strict quality standards
- •Implementing rigorous quality control methods and checkpoints
Outstanding Results Achieved
Productivity Increase
Staff Reduction
On-Time Delivery
Project completed within budget and established deadlines
Considerable financial savings generating long-term value
Sustainable performance model established for future projects
Strategic Success Factors
Integrated Approach Excellence
Demonstrated that combining operational optimization, managerial alignment, and digitalization delivers transformative results
Sustainable Performance Model
Created a replicable framework enabling consistent high performance across future projects
Quality and Efficiency Balance
Proved that strict quality standards and operational efficiency can coexist and reinforce each other
Partnership Synergy
The collaboration between Share IT Smart, Lean Performance, and client teams created exceptional value
Building the Future of Infrastructure
The bridge project demonstrates that even the most complex infrastructure challenges can be overcome through integrated operational excellence, strategic alignment, and systematic process improvement
Share IT Smart and Lean Performance delivered not just a completed project, but a sustainable operational model that continues generating value
This transformation approach is replicable across large-scale infrastructure projects, creating lasting competitive advantages for organizations committed to operational excellence
