About this solution
Educational Aims
- Introduce students to collaborative robotics using the ABB IRB 14050 robot, which is safe and suitable for working alongside people.
- Develop practical skills in robot programming, the use of electric actuators (gripper and suction cup) and digital signal handling.
- Support learning through hands-on experience with Pick&Place applications and three-dimensional simulations.
- Offer effective teaching tools to support teachers, including multimedia content, structured courses and video lessons.
- Prepare students for the workplace through work-based learning (PCTO) pathways, hands-on activities and technologies in line with Industry 4.0.
Learning Objectives
- Understand the technical, functional and safety features of the YuMi collaborative robot (IRB 14050) in a production context.
- Learn the RAPID language to program movements, control logic and operating cycles via the OMNICORE C30 controller.
- Use RobotStudio software to design, test and optimise robotic cells in a virtual environment, including remotely.
- Handle real and simulated digital signals with I/O boards and synoptic panels to understand the logic of industrial automation.
- Carry out hands-on activities with Pick&Place kits and gripping devices to develop micro-applications in realistic scenarios.
- Provide effective teaching aids for robotics in curricular pathways, work-based learning (PCTO) labs and advanced technical training.
Conclusion
The lab with the ABB IRB 14050 robot, portable table and integrated equipment offers a modern, compact and highly functional teaching platform. Designed for the technical school of the future, it brings robotics, automation and digital training together in a single environment. Its versatility and adherence to industrial standards make it a concrete bridge between school and business, supporting active learning and preparation for work in high-tech sectors.
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