2018 7th International Conference on Mechatronics and Control Engineering (ICMCE 2018)

 ICMCE 2018 will offer an extensive program of interest to academia, government and industry. It will include several distinguished keynote speakers and three conference days full of parallel sessions, Amsterdam city visiting, etc. A series of exciting speeches to develop skills in and advance awareness of requirements engineering practices is of particular interest to industry.

Topics:

1. Mechatronics:
 
 - Acoustics and Noise Control
 - Aerodynamics
 - Applied Mechatronics
 - Automation, Mechatronics and Robotics
 - Automobiles
 - Automotive Engineering
 - Ballistics
 - BioMechatronics
 - Biomedical Engineering
 - Computational Fluid Dynamics
 - Computational Mechatronics
 - Composite and Smart Materials
 - Compressible Flows
 - Computational Mechatronics
 - Computational Techniques
 - Dynamics and Vibration
 - Emerging Renewable Energy
 - Energy Engineering and Management
 - Engineering Design Management
 - Engineering Materials
 - Fatigue and Fracture
 - Fluid Dynamics
 - Fluid Mechatronics and Machinery
 - Fracture
 - Fuels and Combustion
 - GeoMechatronics
 - Heat and Mass Transfer
 - Instrumentation and Control
 - Internal Combustion Engines
 - Machinery and Machine Design
 - Manufacturing and Production Processes
 - Marine System Design
 - Material Engineering
 - Material Science and Processing
 - Mechanical Design
 - Mechanical Power Engineering
 - Mechatronics
 - MEMS and Nano Technology
 - Multibody Dynamics
 - Nanomaterial Engineering
 - Noise and Vibration
 - Noise Control
 - Nonlinear Dynamics
 - Oil and Gas Exploration
 - Operations Management
 - Plasticity Mechatronics
 - Pollution and Environmental Engineering
 - Precision Mechatronics, Mechatronics
 - Production Technology
 - Quality Assurance and Environment Protection
 - Resistance and Propulsion
 - Robotic Automation and Control
 - Solid Mechatronics
 - Structural Dynamics
 - System Dynamics and Simulation
 - Textile and Leather Technology
 - Transport Phenomena
 - Theoretical Mechatronics
 - Tribology
 - Turbulence
 - Vibrations
 

2. Control Engineering:
 
 - Modeling of Complex Systems
 - Linear Systems
 - Robust and H∞ Control
 - Nonlinear Systems and Control
 - Fuzzy and Neural Systems
 - Estimation and Identification
 - Fault Detection
 - Process Control & Instrumentation
 - Motion Control
 - Flexible Manufacturing Systems
 - Integrated Manufacturing
 - Factory Modeling and Automation
 - Petri-Nets and Applications
 - Micro and Nano Systems
 - Sensor networks, networked control
 - Optimal Control
 - Discrete Event Systems
 - Adaptive Control
 - Learning Systems
 - Intelligent and AI Based Control
 - Real-time Systems
 - Sensor/data fusion
 - Robotics
 - Automated Guided Vehicles
 - Control Education
 - Control Applications
 - Process Automation
 - Man-machine Interactions
 - Smart Structures
 - Multi-agent systems