Robotics and Automation 10, 20, 30
Course Configurations
Robotics and Automation 10 (Autonomous Focus)
Robotics and Automation 10 (Radio Control Focus)
Robotics and Automation 20 (Autonomous Focus)
Robotics and Automation 20 (Radio Control Focus)
Robotics and Automation 30 (Autonomous Focus)
ROBA48
Module 48: Motors (Optional)
Outcome
Experiment with the properties and capabilities of direct current (DC) motors.
Indicators
(a) | Identify the components (e.g., shaft, commutator, brushes, case, leads, core and coils) of a brushed motor. |
(b) | Build a DC motor using materials such as a battery, magnet, paper clips and enameled wire. |
(c) | Evaluate the operation of a self-made direct-current (DC) motor. |
(d) | Explain the role of magnetism and electromagnetism in the operation of DC motors. |
(e) | Provide examples of how DC motors are used in robotics and automation applications |
(f) | Build a testbed to test whether motors and servos work properly prior to device assembly. |
Loading...


R009733
LEGO BOOST Creative Toolbox
This kit provides a series of activities that develop spatial building skills that can be scaffolded to create a more complex creation of a working robot simulation.

R009350
Arduino(2nd ed.)
This book provides an overview of Arduino and basic coding. A variety of codes are listed and each part of the code is explained. This text would be suitable for students from Middle Years to grade 10 who are new to Arduino.

R012356
SaskCode Arduino Kit
SaskCode has assembled classroom kits of hands-on materials, such as robot car kits, Arduino starter kits and sensors, that are designed to support the teaching of robotics skills at Grades 7-12 using the Arduino computing platform. Free activities to use with the kit are available for download through Google Drive. Kits are available for sale to any school in the province, and lending kits are available for borrowing, free of charge, by teachers in schools from school divisions that are part of the Saskatoon Industry Education Council (SIEC) partnership (see the SIEC website for a list of school divisions by area). To be eligible to borrow a kit, however, a teacher must complete a professional development session linked to that kit. For more information, please visit the SIEC website - https://www.saskatooniec.ca/
(More information)
Media and Formats :
Kit
Price :
Free


Record posted/updated:
December 7, 2021

R100030
Lynxmotion Aluminum A4WD1 Kit for RC
This kit is suitable for Middle Years to grade 10 students new to RC robots. The kit comes with components required to build and drive a basic robot chassis which is modifiable and expandable. It also includes a Spektrum DXe 6 channel transmitter and receiver, a Sabertooth 2x12 RC motor controller, wire hookups, 4 motors, a wiring harness, an aluminum chassis and laser cut PVC panels. This kit does not include a required 12V battery.

R009312
Robot Builder's Bonanza(5th ed.)
This comprehensive resource covers the essentials of robot building, from the benefits of constructing a robot from scratch vs. using a kit, to robot brains and sensors. Other topics include: getting parts; robots from wood, plastic and metal; using DC and servo motors; robotic arms and grippers; and interacting with your robot. The book also contains a range of step-by-step project plans.

R002543
Winning Design!: LEGO Mindstorms EV3 Design Patterns for Fun and Competition(2nd ed.)
This text focuses on the full development process for making a competition robot. It provides high-level discussion of the different components of the robots and includes instructions to build an EV3 design.