LEARNING
Transforming STEAM learning with transforming robots.
The learning starts with the assembly of the modular kit, providing a hands-on introduction to mechanical, kinetic principles and basic electroncal components. Wefaa offer full documentation to support ease of use for learners with no prior experience. For the subsequent control of the robots, smorphi also comes with a package of open-source pedagogy with full access to control interfaces on different levels of difficult remote controlled for direct interaction with the robots, a scratch based visual programming interface, and sample codes on Github for more advanced users.
Setup
Please visit GitHub Exercises for access to all of our Robot Exercises
Beginner
Setting Smorphi up for coding
Temperature sensor (Blockly)
Intermediate
Temperature sensor (C++/Arduino)
Infrared (IR) for obstacle detection (C++/Arduino)
Advanced
Introduction to Pixycam
Simple maze navigation
Customise your Smorphi app to control Smorphi
Introduction to IoT (Internet of things) / Blynk platform
Controlling Smorphi using Blynk Joystick
Integrate Pixycam onto robot using ICSP protocol (recommended Methodology)
Pixycam color detection (Blockly)
Make your library
Setting up Blynk platform
Integrate Pixycam onto robot using I2C protocol
Maze for Shape changing Smorphi (C++/Arduino)
OTA (Over the air) code upload methodology
Controlling Smorphi using Blynk Buttons