Introduction
Logistics network design determines the structure and efficiency of global distribution systems. This course explores advanced modeling for facility location, transport flows, and network optimization. Participants will deepen their understanding of cost–service trade-offs and strategic network decisions. By the end, they will be able to design resilient and cost-effective distribution networks.
Course Objectives
- Build complex network models
- Evaluate facility location strategies
- Optimize transport flows
- Assess cost-service tradeoffs
- Model network resilience
Target Audience
- Senior logistics planners
- Network optimization teams
- Strategy professionals
- Supply chain architects
- Advanced analysts
Course Outline
- 5 Sections
- 0 Lessons
- 5 Days
Expand all sectionsCollapse all sections
- Day 1: Network Strategy Concepts• Network design purpose
• Types of networks
• Demand allocation principles
• Geographic modeling
• Network performance indicators0 - Day 2: Facility Location Modeling• Center of gravity method
• Capacitated facility location models
• Multi-echelon design
• Fixed vs variable costs
• Location scenario analysis0 - Day 3: Transportation Flow Optimization• Cost modeling
• Route structure evaluation
• Flow assignment
• Modal shifts
• Multi-leg optimization0 - Day 4: Network Resilience & Risk• Backup facility strategies
• Contingency routing
• Risk-based modeling
• Disruption simulation
• Network redundancy design0 - Day 5: Applied Network Optimization• Build end-to-end model
• Run cost and service scenarios
• Validate constraints
• Present network recommendations
• Review of industry cases0
Instructor
Lessons:
