In a self-directed and app-guided manner, students learn how to
handle everyday tasks, starting with simple basic exercises and
progressing to more complex circuit challenges. Using an easy-to-operate
controller, a range of practical sensors and actuators, an intuitive
programming app, and high-quality fischertechnik components, they tackle
tasks from their everyday lives. This hands-on and problem-based
learning approach promotes technical, methodological, personal, and
social competencies at various levels. Digital competencies and basic
programming knowledge are essential components of secondary education
today. With STEM Coding Max, this foundational education can be aqired
through engaging and didactically prepared everyday examples.
Learning objectives
Key learning objectives
Realizing everyday tasks in Information Technology and Robotics
Transferring conceptual models to everyday applications
Developing technical, methodological, personal and social competencies
Learning program sequences and basic computational structures
Learning block- and text-based programming for an easy-to-use controller
Understanding and applying the functions and interconnections of actuators and sensors
Pre-vocational orientation in mathematical, scientific, technical and/or informational directions
Content
RX Controller
Gesture sensor
Color sensor
Proximity sensor
Brightness sensor
2x XS Motor
3x LED
4x Mini Push Button
1x Reed switch
USB-C 9V Battery
Wheels, gears, threaded spindles, joints, and basic building blocks
