STEM Engineering Set

Contains 890 components in total to build all 22 models from the following Robotics kits:

• Robotics TXT Discovery (incl TXT Controller, ROBO Pro Software, USB Camera, and more)
• ROBO TX ElectroPneumatic
• Robotics in Industry. It includes the Accu Set, too.

The  405 pages strong STEM Tutorial in pdf format – written by Tom White, American Top Consultant for STEM Education - covers the following project themes (ideal to be taught within 12 months; available in English):

Mechatronics/Cybernetics / Sketching and Documentation / Structures / Mechanical Systems / Control Systems / Sensor Systems / Motors and other Actuators / Automation / Fundamentals of Robotics / Mobile Robotics. 

It is followed by 325 pages with the original pictured assembly instructions to build all 22 models from these 3 Robotics Kits, plus ROBO Pro Software manual, plus TXT Controller instruction guide.

The tutorials are based on Project Based STEM Education according to the following American Standards:

National Science Standards (NSES), Standard of Technological Literacy (STL/ISTE), College and Career Readiness in Math (MS), and Writing Standards for Literacy in History/Social Studies, Science and Technical Subjects.

 It is structured into the following activities:

Sketching and Documentation / Purpose of the Project / Concepts / Outline / Standards / Assessment / Essential Question / Student Scenario / Daily Plan / Vocabulary / Resources. You may download the Teacher’s and Student’s version from here:

Project-Based Learning – Based on the US Common Core Standards

The fischertechnik STEM program meets

• Common Core Standards for Math, Reading and Writing 
• National Science Education Standards
• ISTE standards
• ITEEA standards

This program can easily fill some months of class time and engage students in the study of Applied Physics with a systems approach to Electronics, Control and Sensing.“  

Tom White, Program Creator

Themes covered in the pack:

• Sketching and Documentation 
• Structures 
• Mechanical Systems 
• Control Systems 
• Sensor Systems 
• Motors and other Actuators 
• Automation 
• Fundamentals of Robotics 
• Mobile Robotics 
• Robotics Competition