Introduction
Reverse logistics involves complex material flows—often more unpredictable than forward operations. This advanced course covers engineering methods for designing efficient returns, repair, refurbishment, and recycling systems. Participants will learn how to extract maximum value from returned goods while minimizing waste and cost. The course addresses high-tech and high-volume environments.
Course Objectives
- Engineer reverse flows
- Design return systems
- Optimize refurbishment processes
- Reduce reverse logistics cost
- Improve sustainability
Target Audience
- Process engineers
- Reverse logistics teams
- Sustainability professionals
- Operations managers
- Supply chain analysts
Course Outline
- 5 Sections
- 0 Lessons
- 5 Days
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- Day 1: Reverse Flow Engineering• Flow path mapping
• Return channel design
• Failure mode identification
• Return classification
• Root cause analytics0 - Day 2: Processing System Design• Inspection engineering
• Testing workflows
• Disassembly processes
• Repair and refurbish modeling
• Material recovery0 - Day 3: Optimization Techniques• Cost modeling
• Cycle time reduction
• Throughput optimization
• Resource allocation
• Constraint modeling0 - Day 4: Sustainability Integration• Waste minimization
• Recycling engineering
• Circular economy principles
• Carbon impact modeling
• Sustainable materials0 - Day 5: Reverse Logistics Project• System assessment
• Improvement strategy
• Engineering redesign
• Performance model
• Final presentation0
Instructor
Lessons:
