Venue hospitality

Precision Meets Poetry: Experience the Robotics and Automation Conference 2026 in Osaka, Japan

In the land where tradition and technology entwine like silk and steel, a new chapter in human-machine collaboration will be written. From May 18–20, 2026, the vibrant city of Osaka, Japan, will host the International Conference on Robotics and Automation — a gathering of minds pushing the frontier of intelligence, autonomy, and industrial innovation.

Organized by Scope Conferences, this event is more than a summit of engineers and scientists — it is a convergence of visionaries who believe the future can be built, one intelligent system at a time.

Osaka: Japan’s Technological Soul with a Cultural Heartbeat

Nestled between tradition and transformation, Osaka is a city that understands movement — of ideas, of people, of progress. Known as Japan’s “Nation’s Kitchen” and an epicenter of innovation, it pulses with the energy of invention while honoring centuries of heritage.

Here, neon-lit skylines coexist with serene shrines. Bullet trains glide past ancient castles. It is in this harmony of opposites that the city becomes the perfect setting for a global conference exploring robotics — the very science of bringing harmony between mechanics and intelligence, precision and purpose.

Engineering Tomorrow: The Pulse of Automation and Intelligent Machines

At the Robotics and Automation Conference 2026, thought leaders, researchers, innovators, and industry pioneers will explore the transformative role of robotics in reshaping how the world works, moves, and connects. From industrial arms to soft robots, from autonomous vehicles to AI-integrated systems, the conference spans a future that is no longer imagined — but engineered.

Osaka, home to some of the most advanced research institutions and robotic manufacturing hubs in the world, serves as both backdrop and participant in this exchange. In its laboratories and workshops, the dreams of intelligent automation are already becoming real.

Conference Highlights Include:

• Human-Robot Interaction: Designing intuitive, safe, and ethical collaboration

• Autonomous Systems: Navigating mobility, logistics, and smart infrastructure

• Industrial Robotics: Revolutionizing production and precision in manufacturing

• AI & Machine Learning Integration in robotic systems

• Bio-inspired and Medical Robotics: Redefining care, assistance, and rehabilitation

• Robotics for Sustainability and Smart Cities

The Theme:

“Empowering the Future: Exploring Innovations in Robotics and Automation for a Smarter, Connected World – Shaping Industries, Enhancing Lives, and Driving Sustainable Progress in the Age of Intelligent Machines”. Our theme is both a promise and a provocation — to not only create smarter systems, but a more interconnected and sustainable world. In an era where machines no longer just respond, but adapt and evolve, we must explore not only how robots work — but how they work with us.

This conference is your platform to dive into the ethical, technical, and societal questions that will define the next generation of robotics.

Osaka: A City That Thinks in Circuits and Breathes in Cherry Blossoms

Beyond the panels and presentations, Osaka invites you into a world where hospitality meets innovation. Discover the quiet grace of a tea ceremony after a morning of AI presentations. Reflect beneath the cherry trees of Osaka Castle Park after an afternoon immersed in neural network simulations.

Whether dining on exquisite takoyaki in Dotonbori or walking the lantern-lit alleys of Shinsekai, the city will awaken both your intellectual and cultural senses. It is this duality — of logic and lyricism — that makes Osaka not only a host, but a source of inspiration.

Join Us in Osaka, May 18–20, 2026

In a time when machines are learning to understand the world, let us gather to better understand the machines. Together, let’s shape a world where robotics enhances not just productivity, but possibility.

Come to Osaka — where tradition dances with technology, and where tomorrow is already in motion.