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)
ROBA37A
Module 37A: Ultrasonic Sensors A (Optional)
Outcome
Construct and program a device that uses an ultrasonic sensor to detect distance.
Indicators
(a) | Explain how an ultrasonic sensor works. |
(b) | Attach and wire an ultrasonic sensor properly to a device. |
(c) | Develop a program to debug an ultrasonic sensor. |
(d) | Program a device to detect the distance from an object using input from an ultrasonic sensor. |
(e) | Program a device to alter outputs (e.g., illuminate different LED lights for different distances or create a different beeping sequence or tone for different distances) based on distance from an object using input from an ultrasonic sensor. |
(f) | Provide practical examples of devices that incorporate ultrasonic sensors to detect distance from or to the sensor. |
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R009731
LEGO Mindstorms EV3
This kit contains programmable brick, several modular sensors and hundreds of pieces and connectors that allow for the construction of one robot with various functions. It provides a block-based programming environment and includes instructions and online support. It would be suitable for Middle Years to grade 10.

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.

R009357
The Art of LEGO Mindstorms EV3 Programming
This book presents EV3 elements such as blocks, data wires, files, and variables, allowing the reader to create complex EV3 programs. Good programming practices are introduced, as well as useful debugging strategies. It supports the home and education editions of the EV3 Mindstorms kit. Many challenges are included that could be applied in the classroom.

R010094
Makeblock mBot Educational Robot Kit. Explorer Kits
The mBot kit includes supplies to build and program an autonomous robot with coding abilities. It is based on a block coding system but also supports a text-based coding system using Arduino for more advanced users. This kit requires a software download for coding and is Bluetooth compatible for connection with smart devices with a controller APP download. This kit also requires batteries: either 1 3.7V DC Lithium battery or 4xAA batteries. Also available, for further extension using this kit are add on sensors and parts.
(More information)

R008961
Microsoft MakeCode. Mindstorms
This website is a free, open-source platform for creating engaging computer science learning experiences that support real-world programming. The easy-to-follow structure makes it accessible to inexperienced users by starting with introductory topics and progressing to more advanced concepts.
Links :
Click here
Media and Formats :
Website
Price :
Free

Record posted/updated:
June 27, 2022

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

R002853
Learn Robotics Programming: Build and Control Autonomous Robots Using Raspberry Pi 3 and Python
This resource begins with the basic structure of a robot and progresses to how to plan, build and program it. Topics discussed include: adding motors, sensors and actuators, writing code to execute various robot behaviours and adding cameras and voice communication.

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.