36th IEEE International Symposium on Industrial Electronics
Industrial Electronics at the Crossroads of Energy and Digital Transitions
IEEE ISIE 2027 · Paris, France
Join the global industrial electronics community in Paris
IEEE ISIE 2027 will bring together researchers, engineers, industrial leaders, technology innovators and institutional stakeholders to discuss the next generation of electrified, intelligent, connected and sustainable industrial systems.
As the flagship annual symposium of the IEEE Industrial Electronics Society, ISIE provides an international forum for scientific exchange, technological innovation and collaboration across the full spectrum of industrial electronics.
Conference Theme
Industrial Electronics at the Crossroads of Energy and Digital Transitions
The 2027 edition will focus on how industrial electronics contributes to two major transformations: the energy transition, driven by electrification and advanced energy conversion, and the digital transition, driven by data, automation, connectivity and resilient cyber-physical systems.
Scientific Scope & Main Thematic Areas
The scientific scope of IEEE ISIE 2027 reflects the technologies that connect energy systems, industrial automation and digital intelligence. It is introduced through eight broad thematic areas to help authors and participants understand the main directions of the conference. For paper submission, authors should select one of the 24 Regular Tracks listed on the Technical Tracks page.
Electrification of Mobility and Transportation
Electric vehicles, aerospace and marine electrification, traction drives, charging infrastructure and e-mobility ecosystems.
Power Electronics and Electrical Machines
Converters, wide-bandgap devices, advanced machines, drives, electromagnetic design, thermal management and reliability aspects.
Renewable Energy, Smart Grids and Energy Storage
Grid integration, microgrids, energy management, batteries and supercapacitors, hydrogen systems and power quality.
Control, Robotics and Motion Systems
Advanced control, robust and adaptive control, robotics, motion control, networked systems and distributed control.
Instrumentation, Sensors, Actuators, and Microsystems
Smart sensing, actuators, MEMS/NEMS, embedded measurement systems, instrumentation and monitoring for industry.
Artificial Intelligence and Data-Driven Industry
AI for industrial systems, data-driven control, digital twins, predictive maintenance, responsible AI and explainable AI.
Cyber-Physical Systems, Industrial Communications and Factory Automation
Industry 4.0/5.0, industrial IoT, cloud and edge computing, wireless industrial networks, industrial agents, building automation.
Human-Centered, Resilient and Sustainable Industrial Systems
Human factors, education and skills, resilience, cybersecurity, standards, sustainability and life-cycle assessment.