Robot Programming for Industry 5.0
Are you looking for ways to program robot cells faster and more efficiently?
Do you want to minimise online programming and deliver robot cells first time right through simulation?
Or reconfigure robot applications in less than a day?
During this workshop, you will gain new insights into robot programming and simulation. We share our research on innovative robot programming approaches and connect these insights with new tools such as ISAAC Sim.
We show how modern programming and simulation methods can increase flexibility and reduce complexity in industrial robotics applications. Through concrete examples, you will discover how these approaches can be applied in practice and what value they can deliver.
Who should attend?
- Production engineers looking for flexible robotic solutions
- Robotics engineers aiming to work more efficiently and improve robot cell performance
Practical information
- January 27, 2026, 9:00 AM - 1:00 PM
- Language: English
- Free participation after registration
Programme
9:15 Welcome with coffee and refreshments
9:45 Why is there a need for an alternative approach to robot programming?
10:15 How to accelerate and improve NVIDIA ISAAC SIM/Lab robot programming? Industrial case studies.
11:15 Break
11:30 Flexible robot programming with Behavior Trees – industrial case study on kitting for HMLV assembly.
12:15 Presentation of new dissemination project (COOCK+ with support from VLAIO)
12:30 Lunch and networking event
Register now
ENPOWER
Many engineers today still work with classic programming paradigms for robotics. New approaches clearly offer potential, but require a different way of thinking and make it difficult to determine when they truly add value. Moreover, many of these paradigms originate from other domains, such as AI and software development, making their translation to industrial robotics applications challenging.
With this COOCK+ project proposal we aim to offer:
- insight into emerging programming approaches for robotics and their application areas
- demonstrators that demonstrate where these methods can be effectively deployed
- tools to expand your programming toolbox in a targeted manner
- inspiration for new robotics applications
- practical tips for controlled and future-oriented application
