A Serious-Game Framework for Experiential Learning in Multi-echelon Supply Chains

Keyphrases

• Experiential Learning 100%
• Serious Games 100%
• Multi-echelon Supply Chain 100%
• Educators 50%
• Network Topology 50%
• Hypothesis Testing 50%
• Simple Moving Average 50%
• Educational Impact 50%
• Supply Chain 50%
• Demand Forecasting 50%
• Broad Adoption 50%
• Classroom Setting 50%
• Distribution Fitting 50%
• Inventory Policy 50%
• Usability Evaluation 50%
• Timeseries Data 50%
• Inventory-level-dependent Demand 50%
• Backorder 50%
• Dynamic Pricing 50%
• Distributed Engineering 50%
• Engineering Teams 50%
• Cost Rate 50%
• Distribution Policy 50%
• Multi-product 50%
• Regression Assumptions 50%
• Data-driven Learning 50%
• Inventory-pricing 50%
• Convergent-divergent 50%
• Policy Setting 50%
• Multi-echelon 50%
• Deep Engagement 50%
• Exponential Moving Average 50%
• Online multiplayer 50%

Social Sciences

• Pricing 100%
• Activity Learning 100%
• Supply Chain Management 100%
• Topology 100%
• Hypothesis Testing 50%
• Interactivity 50%
• Decision Making 50%
• Engineering 50%
• Regression Analysis 50%

Computer Science

• Supply Chain 100%
• Serious Game 100%
• Moving Average 66%
• Network Topology 33%
• Dashboards 33%
• Engineering Team 33%
• Dynamic Pricing 33%
• Topology 33%
• Usability Evaluation 33%
• Decision Making 33%
• Interactivity 33%