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As the world of robotics continues to grow and improve, so do the opportunities in robotics careers. Celeste Baine, a biomedical engineer and award-winning author, takes the reader into the field of robotics to see what lies within, the possibilities ahead, and how to get there. Learn about the different types of robots and how they are used, which college degrees are essential, and what your financial future as a roboticist could look like.
The TETRIX® + myRIO Control Board Adapter is designed to easily connect TETRIX Motor Controllers to the NI myRIO. It also contains a built-in logic-level shifting circuit, Grove sensor-family connections, a Gnd expansion port, a 34-pin myRIO I/O expansion port, a +3.3 V expansion port, and a +5 V expansion port.
How about a handful of TETRIX® parts and pieces to take your build in a new direction? The TETRIX Assorted Parts Package includes:
This pack includes one Motor Shaft Encoder, one Shaft Encoder Cable, an improved encoder mount, and assembly instructions. Compatible with LEGO® MINDSTORMS® Education Software, LabVIEW™, and ROBOTC®.
Combining the quick prototyping capabilities of the TETRIX® PRIME parts with the strength and ruggedness of the MAX parts, this unit focuses on activities and builds that might be used in manufacturing plants. Using an Arduino board and Arduino with ArduBlock software along with various sensors, students program the computer 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.
This three-week unit comes with 12 starter sets. During the unit, students will:
Correlations to Next Generation Science Standards, Common Core Math and Language Arts Standards, and ITEEA Technology Standards are included.
Using the TETRIX® PRIME Starter Set and adding sensors and an Arduino Uno controller, this unit focuses on creating a robot to complete tasks without operator input. Using an Arduino board and ArduBlock 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.
This three-week unit comes with 12 starter sets. During the unit students will:
The principles of building a remote-controlled robot and using this robot to complete various engaging challenges are the focus of this STEM unit. The TETRIX® PRIME Starter Set is used for the basic building parts for students to construct various robots and complete challenges while addressing science, technology, engineering, math, and language arts standards. The PRIME Building System enables students to quickly prototype a variety of robots, test them, and engineer them for improved performance.
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. This package includes 12 TETRIX PRIME Starter Sets and all curriculum, materials, and activities from the other three packages, which combine for nine weeks of robotics.
In the unit TETRIX PRIME Robotics: Remote Control, students will:
In the unit TETRIX PRIME Robotics: Autonomous, students will:
In the unit TETRIX PRIME: Automation Manufacturing, students will:
Correlations to Next Generation Science Standards, Common Core Math and Language Arts Standards, and ITEEA Technology Standards are included for each unit.