📋 Case Study

Cost Optimization in Ship Stability Analysis

Maintaining quality while reducing costs

🏗️ Project Overview

Cost reduction initiative

🎯 Challenge

Maintaining quality while reducing costs

🔧 Design Approach

Value engineering methodology

📐 Design Diagram

Cost Optimization in Ship Stability Analysis Value Engineering Stability Criteria (ISO 16193, IMO A.749) Budget Limit: $X → $Y (−Z%) Optimized Hull Form & Ballast Strategy GM ≥ 0.3m Δ ≤ ±2% vs. Baseline Challenge Quality ↔ Cost Input Scope Output Validation

AI-generated project design illustration

📊 Results

15-20% cost reduction achieved

💡 Lessons Learned

  • Value engineering pays off
  • Quality must not be compromised

Key Takeaways

  • 1Value engineering pays off
  • 2Quality must not be compromised