Starter Set for micro:bit
The new “Starter Set for micro:bit” by fischertechnik teaches the basic principles of programming with micro:bit single board computers for students grades three and up in an easy to understand way. This complete set includes a fischertechnik part set for building three stationary models and the new fischertechnik “micro:bit IO F5 adapter”. The adapter board has 8 outputs and 6 inputs. It can be used to control simple, easy to understand demonstration models (a pedestrian walk sign, hand dryer, barrier) equipped with actuators and sensors using the “micro:bit board”. The additional pedagogical manual offers help in starting up the models, a variety of exciting tasks, and is available free of charge as a download from the eLearning portal.
Additional instructional materials:
The following are available for free download from the fischertechnik eLearning portal: Didactic material, Programming examples, information on the Micro:bit board, information on the fischertechnik IO adapte and information on the Make Code software
Product contents:
Total of 90 parts, including 1 x XS motor, 2 x buttons, 1 x photo transistor, 2 x LED lights, 1 x fischertechnik IO adapter and 1 x printed building manual included, 1 x didactic materials available online and 1 x sturdy storage box with cover sheet and list of parts.
Main subjects:
Early programming
Use and applications of sensors and actuators
Controlling, measurement, and regulation
Cooperation and interactions between hardware and software
Group work in different roles
Additional instructional materials:
The following are available for free download from the fischertechnik eLearning portal: Didactic material, Programming examples, information on the Micro:bit board, information on the fischertechnik IO adapte and information on the Make Code software
Product contents:
Total of 90 parts, including 1 x XS motor, 2 x buttons, 1 x photo transistor, 2 x LED lights, 1 x fischertechnik IO adapter and 1 x printed building manual included, 1 x didactic materials available online and 1 x sturdy storage box with cover sheet and list of parts.
Main subjects:
Early programming
Use and applications of sensors and actuators
Controlling, measurement, and regulation
Cooperation and interactions between hardware and software
Group work in different roles
Key Learning Objectives:
- Independently handling the first steps of robotic programming
- Independently creating, changing, and applying short programs
- Learning and applying basic robotic principles
- Understanding the meaning and function of sensors and actuators
- Getting familiar with topics like controlling, measurement and regulation
- Working in groups and in different roles
Content
