From exploring and testing ideas virtually to building physical, connected and intelligent systems, each offering opens a different possibility for students.
Students explore real-world problems and build applications in a virtual environment. They can design, program, test and improve their ideas through simulation.
Students move from understanding concepts to building and experimenting with physical hardware through guided, hands-on applications.
Students build connected applications and can take solutions beyond the physical setup through remote monitoring, control and extended application development.
The learning approach stays the same. The depth of what students can build changes with the offering.
Build a virtual irrigation application using soil-moisture input and pump logic. Test what happens when the soil becomes dry.
Use a real soil-moisture sensor and pump to build and run the irrigation system with physical hardware.
Extend the solution to connected monitoring and control so the irrigation system can be managed remotely.
Add AI and AIoT capabilities to build a more intelligent system that can use data to support prediction, automation and decision-making.
