Prof. Bruno Vilhena Adorno
University of Manchester, United Kingdom
Robot modeling and control, constrained manipulation, and dual-quaternion methods.
Google ScholarProgram & Speakers
Invited lectures
Invited speakers
Dr. Kadriye Merve Dogan
Embry-Riddle Aeronautical University, USA
Verifiable Adaptive Architectures for Control of Safety-Critical Systems.
Faculty profile
Prof. Isaac Chairez
Tecnologico de Monterrey, Mexico
Automatic control, estimation, artificial intelligence, and applied dynamic systems.
Google Scholar
Dr. Adriana Vargas Martínez
Tecnologico de Monterrey, Mexico
Research strategy, automatic and fault-tolerant control, educational innovation, and leadership in STEM.
Faculty profile
Dr. David Canales Garcia
Embry-Riddle Aeronautical University, USA
Interpretable Dynamical Intelligence for Autonomous Navigation, Mission Design, and Decision Support in Cislunar Operations.
Google Scholar
Dr. Morad Nazari
University of Nevada, Reno, USA
Geometric Mechanics, Estimation, and Control for Autonomous Space Systems.
Google ScholarPreliminary Program
Working four-day schedule — session times, room names, and placements remain subject to change.
HERO Challenge
HERO Challenge has two tracks: Robotics and CanSat. Dates will be announced. View the competition programme.
Tutorials and local access
Opening tutorials and registration
Tutorial sessions Planned tutorial program, with selected sessions potentially open to local participants.
Registration desk open Badge pickup and campus orientation at Tokyo Metropolitan University.
Informal welcome gathering Optional gathering for participants arriving early. Details to be confirmed.
Opening and keynote lectures
Symposium opening
Opening ceremony Tokyo Metropolitan University and the organizing committee.
Keynote lecture Prof. Bruno Vilhena Adorno: multi-domain modeling and control for robotic systems.
Coffee break
Technical Session A Modeling, simulation, and digital twins.
Lunch
Technical Session B Mechatronics, mechanisms, and robotic systems.
Technical Session C Control, sensing, and real-time coordination.
Welcome reception Campus gathering for delegates and invited guests.
Technical sessions and posters
Research exchange
Keynote lecture Prof. Isaac Chairez: automatic control, estimation, and data-driven system design.
Technical Session D Cyber-physical systems, IoT, and interoperability.
Poster session and lunch Moderated poster walk with authors.
Technical Session E Human-machine, biomedical, and bio-hybrid systems.
Panel discussion What makes a multi-domain contribution convincing?
Community session IFToMM Young Faculty Group, with Francisco Geu Flores and early-career colleagues.
Optional group dinner Details to be confirmed after registration opens.
Closing program and excursion
Space systems, awards, and Mt. Takao
Keynote lecture Dr. David Canales Garcia: Interpretable Dynamical Intelligence for Autonomous Navigation, Mission Design, and Decision Support in Cislunar Operations.
Keynote lecture Dr. Morad Nazari: Geometric Mechanics, Estimation, and Control for Autonomous Space Systems.
Coffee break
Publication briefing Full-paper revision process and Springer MMS proceedings publication.
Closing ceremony and awards Best paper and poster acknowledgements.
Depart for Mt. Takao Planned group transfer from Minami-Osawa after the closing program.
Mt. Takao excursion Group lunch in the Takao area, followed by time to explore the mountain and its surroundings.
Return Planned return after the excursion. Any evening activity will be confirmed later.
Final-day excursion
From Minami-Osawa to Mt. Takao
- After closingLeave campus together
- LunchEat in the Takao area
- AfternoonExplore Mt. Takao
- Early eveningReturn; evening plan to follow
The route, accessible options, lunch venue, transport, any additional cost, and sign-up details will be confirmed later.
Images courtesy of the Hachioji Tourism and Convention Association.