This book presents four research-driven case studies that demonstrate recent advances in intelligent mechatronic systems. The chapters address practical engineering challenges including lightweight vehicle design for sustainable mobility, embedded monitoring and control systems, cybersecurity for resource-constrained operational technology devices, and intelligent authentication using machine learning techniques.
Each chapter combines theoretical foundations with practical implementation, simulation, experimental validation, and engineering analysis, providing readers with real-world examples of multidisciplinary mechatronic system development.
This book presents four research-driven case studies that demonstrate recent advances in intelligent mechatronic systems. The chapters address practical engineering challenges including lightweight vehicle design for sustainable mobility, embedded monitoring and control systems, cybersecurity for resource-constrained operational technology devices, and intelligent authentication using machine learning techniques.
Each chapter combines theoretical foundations with practical implementation, simulation, experimental validation, and engineering analysis, providing readers with real-world examples of multidisciplinary mechatronic system development.
Aydin Azizi
Sustainable mobility Energy-Efficient Electric Vehicles Cybersecurity Machine Learning Smart Embedded systems Vehicle design