The topics of interest include, but are not limited to:

• Robotics Collective and social robots; human-robot interaction; Mobile robots and intelligent autonomous systems; Robotic vision, recognition and reconstruction; Multi-agent systems and distributed control; Robot intelligence, learning and linguistics; Robot design, development and control; Robot motion analysis and planning; Medical robot; Robot actuators and sensors; Robot cooperation; Robot legged locomotion; Robot mechanism and design; Perception and awareness; Space and underwater robots; Virtual and augmented reality; Navigation/Localization

• Automation Adaptive and learning control system; Advanced control and informatics; Computer integrated manufacturing; Embedded sensors and actuators; Estimation and identification; Factory modeling and automation; Fault detection, testing and diagnosis; Flexible manufacturing systems; Fuzzy and neural systems; Man-machine interactions; Modeling of complex systems; Process control and instrumentation; Motion control; Micro and nano systems; Nonlinear systems and control; Optimal control; Rotating system dynamics and control; Sensors and transducers; Smart structures & materials hybrid; Stability and stabilization

• Mechatronics Advanced measurement and machine vision system; Flexible electronics/sensors; Smart/Electrical skin; Drives and actuators' modeling; Education in mechatronics engineering; Micro-electro-mechanical systems; Multi-sensor data fusion algorithms; Mechatronics in energy systems; Motion vibration and noise control; Real-time and hardware-in-the-loop simulation; Sensing of small quantities; Aerospace engineering; Automotive systems; Data storage systems; Electronic packaging; Micro/nano technology; Opto-electronic systems; Prototyping

• Especially, the harmony of robot with human, environment and robot is critical for the ultimate nature of Coexisting-Cooperative-Cognitive Robot (Tri-Co Robot). It becomes one of the main topic of ICIRA 2017.