​This session will cover AI, Hardware, and Robotics in Space. Explore how AI is driving the future of space, from autonomous satellite operations to next-gen robotics. Hear from engineers and founders building intelligent systems for orbit, with one taking lessons from space robotics into farming.

​Agenda

​19:00 Doors open

​19:30 - 19:50 Space Operations and AI, an unexplored world (Alejandro Sela)

​20:00 - 20:20 Making Smarter Satellites (CHEW Vee Kuan)

​20:30 - 21:00 From Space Robotics to Agri Rovers: Smarter Farming with Autonomous Robots (Cheng Yu-Cheng)

​21:30 Doors close

​Speakers:

​Alejandro Sela (profile)

​Title: Space Operations and AI, an unexplored world

Abstract: Are we already using AI to monitor satellite health or optimize pass scheduling? What challenges are standing in the way of broader implementation? And who's leading the charge — which companies and projects are actively integrating AI into space operations?

Today, we’re diving into the role of Artificial Intelligence in Space Operations — from real-time autonomy to smarter mission planning. Let’s explore how AI is changing the game in orbit and beyond.

Bio: I understand Engineering as a choreography between resources, quality, and risks. Business starts with a good understanding of the needs and the market. Growth or sustainability can only be achieved with good processes and fact-based decisions. I follow good leaders with loyalty and I lead with passion. I know my limitations and work hard daily to improve. Transparency and love are my two priorities when joining a team. I can change my mind and I have a strong level of empathy. I have demonstrated resilience, commitment, and flexibility during my whole career. The only credit I seek is from my friends and team members, that is where my happiness lies.

​CHEW Vee Kuan (profile)

​Title: Making Smarter Satellites

Abstract: How about building satellites that don’t just orbit and receive commands? What if they can think, adapt, and help each other. Smarter satellites with onboard AI can process data, make decisions, and even offer in-orbit services. Let's imagine and explore the architecture of a smart satellite.

Bio: I am David Chew, worked for two space start ups building satellites and operating them for missions like Earth Observation and Technology Demonstration. Currently, I have started my own company called Orbitorus which focuses on satellite services to enhance safety and sustainability applications with satellite operators. Looking forward to meeting like minded technical folks to do great things in space together.

​Cheng Yu-Cheng (profile)

​Title: From Space Robotics to Agri Rovers: Smarter Farming with Autonomous Robots

Abstract: What if farming robots didn’t just follow pre-set paths, but actually sensed, adapted, and learned from the field? Imagine a future where autonomous machines not only perform labor but also make intelligent decisions, collaborate in real time, and optimize crop yield sustainably. I’ll share how we’re building intelligent agricultural robots that combine sensor fusion, real-time decision-making, and autonomous mobility — and why the future of agriculture depends on it.

Bio: Cheng Yu-Cheng is currently serving as Chief Product Officer at an agri-robotics startup, Kisui. His background is in materials engineering and mechanical design, with prior experience at Mitsubishi Heavy Industries. He leads development in product dev-roadmap, supply chain, and product strategy — all aimed at revolutionizing agriculture with scalable robotic solutions. Passionate about design with purpose, and always up for conversations about deep tech, robotics, and turning real-world problems into elegant products.

​​​​​​​Tokyo AI (TAI) information

​​​​TAI is the biggest AI community in Japan, with 1,600+ members mainly based in Tokyo (engineers, researchers, investors, product managers, and corporate innovation managers).

​Web: https://www.tokyoai.jp/