|
Training |
Training period |
Learning objectives |
|
12. 11. 2020 |
History, main principles, methods and tools in Design Thinking process. |
|
|
18. 1., 21. 1. and 22. 1. 2021 |
IoT
state of the art with respect to smart manufacturing, devices
and concrete examples. |
|
|
25. 1., 27. 1. and 29. 1. 2021 |
Robotics
state of the art in smart manufacturing, collaborative robots, QA-oriented
robots, examples of robots driving manufacturing growth. |
|
|
3. 2. and 4. 2. 2021 |
Problem
solving, Critical thinking, Verbal and visual
communication. |
|
|
8. 2. – 12. 2. 2021 |
Virtual
replicas of physical devices, 3D simulation and optimization in smart
manufacturing. |
|
|
Green Skills |
15. 2. - 19. 2. 2021 |
Sustainability,
technical skills, knowledge, values. |
|
Service Robots |
8. 3. - 12. 3. 2021 |
Service
robots state of the art, mobile robots driving versatile smart manufacturing
and factory logistics, Exoskeletons empowering and supporting workers. |
|
VR, AR and gamification in smart manufacturing |
22. 3. - 26. 3. 2021 |
Virtual
and augmented reality tools and gamification in smart manufacturing,
application examples, learning by gaming. |
|
IoT |
12. 4. - 16. 4. 2021 |
Applied
IoT project. |
|
IoT and data enabled
services |
26. 4. - 30. 4. 2021 |
Cloud
services, IoT and ERP. |
|
AI |
10. 5. - 14. 5. 2021 |
Data
science, data analytics, deep learning, neural networks, AI in Education. |
|
Cybersecurity |
24. 5. - 28. 5. 2021 |
Cybersecurity
elements, threats, benefits, challenges. |
What is IOT, how it works and what can be achieved with it. This training will open up what IOT is in general. We will study sensors, simple / homemade IOT gadget, complex industrial IOT gadgets, data analysis and monitoring
The aim of the Design Thinking training was to bring an user-centric mindset to leadership, and able them to respond to the challenges of the modern society and economy, behaviours of new generations, and at the same time became co-creators