The 2026 5th International Symposium on Control Engineering and Robotics (ISCER 2026) will provide a premier interdisciplinary platform for researchers, practitioners, and educators to present and discuss the most recent innovations, trends, and concerns, as well as practical challenges encountered and solutions adopted in the fields of control engineering and robotics.
The topics of interest for submission include, but are not limited to:
◕ Intelligent Control
Unmanned System Control
Integrated Control System
Machine Vision and Industrial Automation
Dynamic Control Optimization for Laser Processing
Networked Control Systems and Remote Operation
Human-Machine Interaction and Cooperative Control
Fault Detection and Diagnosis
Dynamic Systems and Networked Control
Sensor and Actuator Technology
Optical Sensing/Control
Fiber-Optic Sensing and Smart Industrial Monitoring
Intelligent Traffic Control Systems
Real-time Monitoring and Simulation
Optical Communication in UAV Swarm Coordination
Opto-Communication for Smart Grid Control
Control System Algorithms
Structural Optimization and Control Algorithms
Micro-Nano Robot Control Technology
Intelligent Online Monitoring Technology
More related topics......
◕ Intelligent Sensors and Robots
Adaptive Control Algorithms and Intelligent Robots
Intelligent Optical Sensing for Robotic Control
Robot Vision and Environmental Perception Technology
Optical Navigation in Robotics
Motion Planning and Path Optimization
Bio-Inspired Optical Perception and Locomotion
Cooperative Control of Multi-Robot Systems
Robotics and Automation Technology
Applications of Machine Learning in Robot Control
Modeling and Simulation of Robot Control Systems
UAVs and Autonomous Mobile Robot Systems
Applications of Robots in Industrial Automation
Integration of Robotics Technology and the Internet of Things
Applications of Robots in Healthcare and Rehabilitation
Robot Dynamics Modeling and Control Methods
AI-Driven Autonomous Systems
Applications of Virtual Simulation and Augmented Reality in Robotics
Nonlinear Systems and Robust Control in Motion Control
Robot Dynamics Modeling and Control Methods
More related topics......