SYMPOSIUM WITH EWA

Symposium with EWA Publishing


Recent advancements in photonic electronics and mechatronic control, particularly the emergence of integrated photonic devices, high-speed optoelectronic sensing, and intelligent real-time control systems, have dramatically reshaped the landscape of modern automation and precision engineering. Leveraging their powerful capabilities to capture, process, and respond to complex physical signals with exceptional speed and accuracy, these cutting-edge photonic and mechatronic technologies have enabled countless industrial and scientific applications to achieve unprecedented levels of performance. This Special Joint Symposium titled "Integration of Photonic Electronics, Mechatronic Control, and Intelligent Systems" is a collaborative effort between the PEMC 2026 organizing committee and EWA Publishing. This symposium aims to provide a dynamic platform for researchers and practitioners, including contributors from EWA Publishing, to discuss and explore the integration of state-of-the-art photonic and mechatronic technologies with intelligent control methodologies. Participants will have the opportunity to publish their research findings through EWA Publishing, ensuring that innovative work in this domain reaches a global audience.


This workshop will focus on a range of interdisciplinary topics, including but not limited to:


Integrated Photonic Devices and Optoelectronic Systems

Precision Motion Control and Servo Technologies

Optoelectronic Sensing and Real-Time Signal Processing

Intelligent Control Strategies for Mechatronic Systems

Vision-Based Feedback and Visual Servoing

Optical Communication in Automated and Robotic Systems

Fault Diagnosis, Condition Monitoring, and Predictive Control

Machine Learning and Deep Learning for Mechatronic Control

Hybrid Opto-Mechatronic System Design and Integration

Industrial Automation, Smart Manufacturing, and Digital Twins




© Copyright 2026 International Conference on Photonic Electronics and Mechatronic Control (PEMC 2026)