10:00 - 11:30
Building a Strong Future for the Danish Robot Industry
HOST: DI-DIGITAL
The Conference is in English
10.00-10.10: Opening by Rikke Hougaard Zeberg, Branchedirektør, DI
10.10-10.40: Combatting the global chip shortage
Søren Manicus, Co-Founder, Indesmatech
How supply chain focus and choice of technology partners can increase robustness in electronic devices.
10.40-11.10: Industrial IoT project: Aalborg University and Mobile Industrial Robots (MiR)
Michael Porsbo, Product Manager, MiR
Preben Mogensen, Professor, Aalborg University
The Danish Industry Foundation (Industriens Fond) has financed the project Industrial IoT with 5G, which is run by Aalborg University in cooperation with the Confederation of Danish Industries (DI) and Togsverd Consult. As part of the project companies are offered coaching and testing in Aalborg University 5G Smart Production Lab, where different wireless platforms can be tested in real life with swarms of or single mobile robots, and where data are moved from the robots to edge cloud. Professor Preben Mogensen will present the Lab and some of the results together with Product Manager Michael Porsbo from Mobile Industrial Robots (MiR), who will speak about their use-case and their experiences from the cooperation with Aalborg University.
11.10-11.30:– Accelerating and Enhancing Robotics—from Development to Simulation to Deployment
Rasmus Bisgaard, Business Unit Leader, NVIDIA
Claes Radojewski, Inspection Program Manager, Nordics & Baltics, NVIDIA
From smart automation in manufacturing to robots in last-mile delivery, robots are becoming more ubiquitous to everyday life. However, industrial and commercial robotics development can be complex, time consuming, immensely challenging, and expensive. Unstructured environments across many use cases and scenarios are also common. The NVIDIA Isaac™ robotics platform can address these challenges with an end-to-end solution to help decrease costs, simplify development, and accelerate time-to-market. The End-to-End Isaac Robotics Platform
