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  • Engineering Courses introduce robotic concepts such as design, CAD, programming, construction, and control types in nine weeks of instruction structured for the whole classroom
  • With teacher guides, you can pick and choose activities that focus on the subjects you need to teach: simple machines, building basics, end effectors, speed, sensors, creativity, and more

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Combining the quick prototyping capabilities of the TETRIX® PRIME building system with the strength and ruggedness of the MAX parts, this unit focuses on activities and builds that might be used in manufacturing plants. Using a PULSE™ controller and TETRIX Ardublockly software along with various sensors, students program a work cell robot to accomplish tasks that might normally be found in a manufacturing environment. By combining parts from the two products, students build quick prototypes with the strength to accomplish automated activities that address STEM standards.

Curriculum features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE controller using the graphic-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with culminating real-world manufacturing challenge

Add-ons are available for classes larger than 24.

STEM Unit now uses TETRIX® PULSE™ Robotics Controller!

$8,225.00

Using the TETRIX® PRIME building system and adding sensors and the PULSE™ controller, this unit focuses on creating a robot to complete tasks without operator input. Using the TETRIX Ardublockly software along with ultrasonic and line-follower sensors, students write programs to complete various tasks that increase in complexity. Students use PRIME parts to quickly prototype and test different configurations and overcome additional obstacles. STEM standards are addressed with the engaging activities provided in this unit.

Curriculum features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE controller using the graphic-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with culminating challenge

Add-ons are available for classes larger than 24.

STEM Unit now uses TETRIX® PULSE™ Robotics Controller!


$7,995.00

Want three robotics curriculum units? This package provides everything necessary to incrementally implement TETRIX® PRIME Robotics: Remote Control, TETRIX PRIME Robotics: Autonomous, and TETRIX Robotics: Automation Manufacturing, which combine for nine weeks of robotics.

Curriculum for each unit features:

  • 15 hours, or fifteen 50-minute class periods, of hands-on activities with scope and sequence
  • Middle and high school correlations to Next Generation Science, Common Core Math and Language Arts, and ITEEA standards
  • Programming with PULSE™ controller using the graphic-based TETRIX Ardublockly along with sensor integration
  • Extensive coverage of mechanisms and mechanical systems concepts
  • Application of STEM knowledge and 21st-century skills
  • Progressive series of activities with a culminating real-world challenge

Programming activities now utilize the TETRIX® PULSE™ Robotics Controller!

$9,995.00

Bring robotics competitions to the classroom with the Competition in a Box. This package consists of a guide that introduces students to robotics competitions, numerous competition components, and a highly customizable competition arena system. The competition arena system is quick and easy to set up for a multitude of sizes and layouts depending on the type of competition and the space available. The curriculum contains more than 45 hours of activities and competitions divided among three competition zones. Zones 1 and 2 focus on R/C robotics while Zone 3 has students programming autonomous robots using PRIZM® and the Arduino Software (IDE). All activities and competitions are open-ended, allowing students to design and build their own robots while incorporating the engineering design process and systems thinking to solve each challenge.

*Recommended for use with TETRIX® MAX Dual-Control Robotics Sets.

$545.00

Take your TETRIX® PRIME system and LEGO® MINDSTORMS® EV3 lessons to the next level with the TETRIX PRIME and EV3 Curriculum Pack. Students build larger, more robust, and more complex robots with the advanced capabilities of the two systems together. Students will build robots to perform unique tasks and face challenges that put their critical thinking to the test.

Curriculum features:

  • Five getting started activities, five complete activities, and three open-ended challenges totaling 45-70 hours of curriculum
  • Curriculum integrates PRIME with MINDSTORMS EV3 to create larger, stronger, more complex, and more real-world robots.
  • Progressive series of activities that culminate with open-ended challenges
  • Middle school correlations to Next Generation Science, Common Core Math and Language Arts, Skills for 21st Century, and ITEEA standards
  • Resources such as building instructions, assessment tools, and glossary along with teacher and student procedure outlines
  • Delivered with one teacher guide, 13 student guides, and LEGO EV3 Content Editor programs to serve a classroom of 24 students working in pairs

$199.00

Take the next step in engineering design and robotics with the TETRIX® PRIME Engineering Mobile Robotics Curriculum Pack. This curriculum is designed to help teachers guide students into problem-solving within the world of engineering design and robotics. The guide includes seven activities spread over three units with different challenges for designing remote-controlled TETRIX PRIME robots.

Curriculum features:

  • Three units consisting of more than twelve activities and optional challenges totaling 30-46 hours of curriculum
  • Application of the engineering design process through remote-controlled lessons and challenges
  • Progressive series of activities that culminate with open-ended challenges
  • Middle school correlations to Next Generation Science, Common Core Math and Language Arts, Skills for 21st Century, and ITEEA standards
  • Resources such as building instructions, assessment tools, and glossary along with teacher and student procedure outlines
  • Delivered with one teacher guide and 13 student guides to serve a classroom of 24 students working in pairs
  • Items required but not included: TETRIX PRIME R/C or Dual-Control Robotics Sets, stopwatches, tape measure, tape, cardboard, and painter’s tape

$149.00

The TETRIX® MAX R/C Getting Started Package offers the ultimate remote-controlled robotics experience. Teams of four work to design fully functioning remote-controlled robots, with each student group having access to both a TETRIX MAX R/C Robotics Set and a TETRIX MAX Expansion Set. The included curriculum materials, Instructional Build DVD for TETRIX MAX Robotics, and Engineering Design Loop Poster Set provide an added bonus to the builder’s guides.

Set now includes TETRIX MAX TorqueNADO® Motor!

$4,950.00

The TETRIX® PRIME Getting Started Package offers the ultimate robotics experience. Teams of two work to design fully functioning, remote-controlled robots, with each student pair having access to both a TETRIX PRIME R/C Robotics Set and a TETRIX PRIME Expansion Set. The included Engineering Design Loop Poster Set provides an added bonus to the builder’s guides.

$5,995.00