ROBOTEX2027
International Summit and Expo onRobotics, AI and Automation
Sep 15 – Sep 17, 2027 | Tokyo, Japan
About the conference
The International Summit and Expo on Robotics, AI and Automation (ROBOTEX2027) will bring together researchers, engineers, technology professionals, industry leaders, innovators, and academic experts from around the world to exchange knowledge and explore the rapidly evolving field of robotics, artificial intelligence, and automation. The event will provide an international platform for presenting research, emerging technologies, practical developments, and innovative solutions shaping the future of intelligent and automated systems. It will encourage collaboration and knowledge exchange among academia, industry, research institutions, and technology communities. Alongside the summit, the ROBOTEX2027 Expo will provide an opportunity for companies, technology developers, startups, and organizations to showcase robotics systems, AI-enabled solutions, automation technologies, products, and emerging innovations through exhibits and technology demonstrations. Through keynote presentations, plenary sessions, technical discussions, and the international expo, ROBOTEX-2027 aims to foster innovation, strengthen global collaboration, and advance the development and adoption of next-generation robotics, AI, and automation technologies.
Committee
Teresa Zielinska
Warsaw University of Technology, Poland
Karsten Berns
University of Kaiserslautern, Germany
Gheorghe-Daniel Andreescu
Polytechnic University of Timisoara, Romania
Shujun Zhang
University of Gloucestershire, UK
Zhu Man
Wuhan University of Technology, China
Darwin Tat Ming LAU
The Chinese University of Hong Kong
Danhuai Guo
Beijing University of Chemical Technology, China
Farhad Rezazadeh
Polytechnic University of Catalonia (UPC), Spain
Ionel Staretu
Transilvania University of Brasov, Romania
Raul Duarte Salgueiral Gomes Campilho
ISEP - Instituto Superior de Engenharia do Porto, Portugal
Speakers
Keynote speakers
Danhuai Guo
Beijing University of Chemical Technology, China
Biography
I received Bachelors in Geomatics Engineering in Chengdu University of Technology during 1992-1996. ThenＩreceived Masters in RS and GIS in Wuhan University during 2002-2005. After that I gained the PhD in Cartography and GIS in Institute of Remote Sensing Applications, Chinese Academy of Sciences during 2006-2009. Now I wasworking in ComputerNetworkInformationCenter, Chinese Academy of Sciences as Associate Professor and concurrently served in University of Chinese Academy of Sciences as Professor during 2009-2021. And I have published nearly 100 academic papers in international journals such as Nature Communication, Geoinformatica and international conferences such as KDD, DASFAA and PAKDD.
Sessions and topics
Artificial Intelligence in Robotics
Generative AI for Robotics, Foundation Models for Robots, Vision-Language-Action Models, Physical AI Systems, Robot Learning and Adaptation
Humanoid and General Robotics
Humanoid Robot Design, Bipedal Locomotion Systems, Whole-Body Robot Control, Dexterous Robotic Manipulation, General-Purpose Robots
Autonomous Robots and Navigation
Autonomous Mobile Robots, Robot Navigation Systems, SLAM and 3D Mapping, Motion Planning and Control, Multi-Robot Coordination
Industrial Robotics and Automation
Smart Manufacturing Systems, Flexible Robotic Automation, Robotic Assembly Systems, Machine Vision Inspection, Intelligent Production Systems
Human-Robot Interaction and Collaboration
Collaborative Robot Systems, Human-Robot Interaction, Natural Language Interaction, Multimodal Robot Interaction, Human-Robot Teaming
Robotics Safety and Cybersecurity
Safe Human-Robot Collaboration, Robotics Cybersecurity Systems, Trustworthy Artificial Intelligence, Secure Robot Communication, Robotics Safety Standards
Digital Twins and Robotic Simulation
Digital Twins for Robotics, Robot Simulation and Modeling, Sim-to-Real Transfer, Virtual Robotic Commissioning, Synthetic Training Data
Advanced Manipulation and Soft Robotics
Dexterous Robotic Manipulation, Tactile Sensing Technologies, Robotic Grasping and Control, Soft Robotic Systems, Bio-Inspired Robotic Systems
Medical and Healthcare Robotics
Surgical Robotic Systems, Rehabilitation and Therapy Robots, Robotic Medical Imaging, Exoskeleton and Prosthetic Robotics, Assistive Healthcare Robotics
Logistics, Agriculture and Field Robotics
Autonomous Warehouse Robotics, Robotic Logistics Systems, Agricultural Robotic Systems, Construction and Inspection Robots, Field Robotics Applications
Space, Marine and Critical Robotics
Space and Planetary Robotics, Deep-Sea Robotic Systems, Underwater Autonomous Vehicles, Critical Infrastructure Robotics, Search and Rescue Robotics
Sustainable Robotics and Automation
Energy-Efficient Robotic Systems, Green Robotic Technologies, Sustainable Robotic Manufacturing, Renewable Energy Robotics, Robotic Recycling Systems
Who should attend
- Researchers and Scientists
- Robotics and AI Engineers
- Automation Professionals
- Industry Leaders
- Academics and Students
- Technology Innovators
Registration
Journal Collaboration
Intelligent and Sustainable Manufacturing
