This textbook introduces readers to the principles of business process and supply chain simulation modeling using the AnyLogic multimethod simulation software. However, the book is not a software manual; instead, it reinforces the fundamental concepts of process analysis and supply chain management through simulation models while simultaneously teaching the process of simulation modeling. Complex statistical and mathematical derivations are kept to a minimum, while managerial decision-making is emphasized. Simulation games are introduced as an engaging way to comprehend system structures.The book is divided into four parts, each with the same format: presenting a motivating case study, developing technical models, providing step-by-step instructions for building AnyLogic simulation models and KPI dashboard design, using the models for classroom games and decision-making, and discussing possible extensions for assignments or advanced studies.The book is intended for undergraduate and master s students in supply chain and operations management, as well as their instructors. Although some mathematical notation is necessary, the content has been carefully selected for readers without an engineering or mathematics background. Readers are encouraged to build models while reading, with the models becoming increasingly complex. Upon completing the book, readers will have learned how to create their own simulation models using popular software, gained a deeper understanding of operational and supply chain management concepts, and attained the proficiency needed to apply key performance metrics for managerial decision-making.

This textbook introduces readers to the principles of business process and supply chain simulation modeling using the AnyLogic multimethod simulation software. However, the book is not a software manual; instead, it reinforces the fundamental concepts of process analysis and supply chain management through simulation models while simultaneously teaching the process of simulation modeling. Complex statistical and mathematical derivations are kept to a minimum, while managerial decision-making is emphasized. Simulation games are introduced as an engaging way to comprehend system structures.The book is divided into four parts, each with the same format: presenting a motivating case study, developing technical models, providing step-by-step instructions for building AnyLogic simulation models and KPI dashboard design, using the models for classroom games and decision-making, and discussing possible extensions for assignments or advanced studies.The book is intended for undergraduate and master s students in supply chain and operations management, as well as their instructors. Although some mathematical notation is necessary, the content has been carefully selected for readers without an engineering or mathematics background. Readers are encouraged to build models while reading, with the models becoming increasingly complex. Upon completing the book, readers will have learned how to create their own simulation models using popular software, gained a deeper understanding of operational and supply chain management concepts, and attained the proficiency needed to apply key performance metrics for managerial decision-making.

This textbook introduces readers to the principles of business process and supply chain simulation modeling using the AnyLogic multimethod simulation software. However, the book is not a software manual; instead, it reinforces the fundamental concepts of process analysis and supply chain management through simulation models while simultaneously teaching the process of simulation modeling. Complex statistical and mathematical derivations are kept to a minimum, while managerial decision-making is emphasized. Simulation games are introduced as an engaging way to comprehend system structures.The book is divided into four parts, each with the same format: presenting a motivating case study, developing technical models, providing step-by-step instructions for building AnyLogic simulation models and KPI dashboard design, using the models for classroom games and decision-making, and discussing possible extensions for assignments or advanced studies.The book is intended for undergraduate and master s students in supply chain and operations management, as well as their instructors. Although some mathematical notation is necessary, the content has been carefully selected for readers without an engineering or mathematics background. Readers are encouraged to build models while reading, with the models becoming increasingly complex. Upon completing the book, readers will have learned how to create their own simulation models using popular software, gained a deeper understanding of operational and supply chain management concepts, and attained the proficiency needed to apply key performance metrics for managerial decision-making.