Mechatronic Circus & Demo Day 8 April, 2021

Welcome to Mechatronic Circus & Demo Day 2021 online event on 8 April
Student demos at 9-11
Research demos at 11-14.30
The Mechatronic Circus is an annual event presenting smart devices made by Aalto University's students at the mechatronics courses. The student works are online at 9-11.
The afternoon is dedicated to presentations and demos from our research groups presenting e.g. the latest research on digital twins, machine vision and rotating machines.
Programme
Mechatronic Circus at 9-11
9.00 Welcome
9.05 Opening words by Professor Petri Kuosmanen
9.10 Circus performance by circus artist Sanni Sarlin
9.15 Student group presentations
11.00 Closing
Mechatronic Demo Day at 11-14.30
11.00 Opening words by Professor Kari Tammi, Aalto University
11.10 Digital Twin Web by Juuso Autiosalo, Aalto University
11.30 Short break to move into parallel sessions
Parallel sessions at 11.40 - 14.30
Session A at 11.40-13.00Digital Twins for connected machinesSession chair: Samuel Cross |
Session B at 11.40-13.00Smart moving machines and safe operationSession chair: Heidi Henrickson |
Introduction to Machinaide project Communication of digital twin A time machine for the digital twin in process simulation Future of crane digital twins and their connectivity with ecosystems Digital twin of a thruster drivetrain with |
Direct driven hydraulics for large mobile work Electrically powered micro excavator with direct driven hydraulic actuators Machine vision algorithms for smart intersections Detecting trash and valuables with machine vision in passenger vehicles Simulator environment to test driving assistance solutions |
13.00-13.10 Break | 13.00-13.10 Break |
Session A at 13.10-14.30
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Session B at 13.10-14.30
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A mixed reality interface for digital twin based crane Scalable IoT data pipeline with Apache Flink @ AWS A sneak peek: Online high-dimensional Virtual grinding machine GraphQL interface for OPC UA |
ARotor Lab Digital twin of powertrain: Straightforward modelling Frictionless motion: Aerostatic bearings Electrical runout in eddy current based rotor condition monitoring Identifying problematic rotors from cardboard and |
14.30 Closing | 14.30 Closing |
Questions? Please contact Professor Kari Tammi or Communications Specialist Suvi Lavinto.
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