Internet of Things – Plant Irrigation
In this module you will learn more about intelligent real time plant irrigation systems controlled (manually or automatically) by web or mobile. The module is subdivided in 5 integrated submodules: Electronics, Linux operating system and sensors data exchange, Real time Database, Hybrid Application, Statistics.
In each submodule there is a guide to start learning the basics. You will get in this module also knowledge of: Electronics, Sensors data and interaction, Microcontrollers, Connections, Raspberry Pi, Python, E-Cloud, Internet Of Things, Real time database, Mobile and web app development , Angular, Ionic and CharJs
means a narrative scenario which is presented in an authentic situation.
means the development of the concrete tasks, the work plan, (international) division of work, ways of collaboration
means a multidisciplinary or multinational problem solving, implementation of the tasks
means an assessment of training success
means a meta-cognitive self-reflection and evaluation of the learning process
Content / Material
This movies shows some part of the implementation and development of the project Plan Irrigation 4.0. Firstly it shows the Python code implementated in the RaspberryPi Device, Secondly the use of the 3D Printer for creating the camera support and how it will be fixed to the final prototype in the real Special Garden. Some navigation examples with the 360 camera. And to end a real example of remote plan irrigating.
Each submodule contains the learning process for developing a part of the prototype. Finishing all the submodules will have the final product. Each module can be access depending the level of competences, but with the help os an expert all can be done.
In the Plant Irrigation Integration of 5 submodules it is explained with details the development of the whole project step by step.
Control and configure the electronic devices. Development with sensor data to send it to the cloud data base. Development of the cloud data base throug an mobile app. Create the phisical prototype with some 3dprinter support. Visualize and access to the real enviroment with the 360 camera. Configure network security.
With this final real project knowledge , try to think in new variations and improvements that could be used in other enviroments.
How to use it
Preparation of the practical implementation of the work task: Group work
The task(s) for the students are based on the possibilities of the smart wall. Groups of 3 to 5 students will realize the tasks.
learn portfolio/diary, online doc, forum, weblog, ePortfolio, simulation, data analysis, electronically supported repairing processes