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This module introduces the fundamental concepts of robotics and engineering through a comprehensive exploration of robots, their history, components, and applications across various industries. It covers the evolution of robotics, future possibilities, and hands-on projects with Microbits, fostering an understanding of design, programming, and the societal impact of robotic technology.
| Introduction to Robotics | ||
| What is a Robot? | Quiz | Challenge |
| History of robotics | Quiz | Challenge |
| Future of robotics | Quiz | Challenge |
| Robot anatomy | Quiz | Challenge |
| Robot applications | Quiz | Challenge |
| Coding Projects with Microbits | ||
| Exploring Microbits | Quiz | |
| Microbit Step Counter | Quiz | Challenge |
| Reaction Timer | Quiz | Challenge |
| Microbit Fruit and Veg Piano | Quiz | Challenge |
| Designing a Microbits Weather Station | Quiz | Challenge |
| Microbit Compass and Thermometer | Quiz | Challenge |
| Microbit Pet | Quiz | Challenge |
| Data Logging | ||
| Tilt Angle | Quiz | Challenge |
| Acceleration | Quiz | Challenge |
| Noise Level | Quiz | Challenge |
| Exploring Electronics and Light | ||
| Microbit LED Strip | Quiz | Challenge |
| LED Strip Clapper | Quiz | Challenge |
| Microbit LED Strip Thermometer | Quiz | Challenge |
| Shooting Stars | Quiz | Challenge |
| LED Flags | Quiz | Challenge |
| LED Stacking | Quiz | Challenge |
| LED Strip Precision Game | Quiz | Challenge |
This module offers a comprehensive exploration of robotics and engineering concepts through hands-on projects with Microbit technology. Students will engage in creating interactive systems, programming games, and building functional models like traffic lights and sensor-equipped cars, enhancing their skills in coding, problem-solving, and hardware integration.
| Applied Microbit Projects | ||
| Microbit Light Clapper | Quiz | Challenge |
| Microbit Sounds | Quiz | Challenge |
| Microbit Paddle Ball | Quiz | Challenge |
| Microbit Seismic and Meteorological Station | Quiz | Challenge |
| Microbit Voting System | Quiz | Challenge |
| Designing and Building for the Future | ||
| Build your Traffic Lights | Quiz | |
| Microbit Traffic Lights | Quiz | Challenge |
| Traffic Light Reaction Game | Quiz | Challenge |
| Pedestrian Crossing | Quiz | Challenge |
| Build your Move Motor Sensor Car | Quiz | Challenge |
| Line Following Car | Quiz | Challenge |
| Move Motor Measure | Quiz | Challenge |
| Traffic Lights and Car Communication | Quiz | Challenge |
This module explores cutting-edge concepts in robotics and engineering through practical, hands-on projects. Students will engage with innovative technologies, including sensor-based systems, autonomous vehicles, renewable energy solutions, and IoT applications. By designing and programming advanced systems, learners will develop critical skills in problem-solving, coding, and hardware integration.
| Autonomous Future | ||
| Autonomous Car | Quiz | Challenge |
| Tilt Remote Control Car | Quiz | Challenge |
| Attach the Move Motor Klaw | Quiz | |
| Raspberry Pi Pico | ||
| Meet Your Raspberry Pi Pico | Quiz | |
| Setting Up Your Pico | Quiz | |
| Pico's First Blink | Quiz | Challenge |
| Wifi Signal Strength Scanner | Quiz | Challenge |
| IoT Web-Controlled LED Light | Quiz | Challenge |
This module explores the essential components of classroom-based assessments through a structured approach. It covers the stages of project planning, development, and presentation, while providing guidance on evaluation techniques. Designed for educators, it offers practical insights to effectively implement and assess student projects in a classroom setting.
| Classroom-Based Assessment | Quiz |
This module introduces the fundamental concepts of robotics and engineering through a comprehensive exploration of robots, their history, components, and applications across various industries. It covers the evolution of robotics, future possibilities, and hands-on projects with Microbits, fostering an understanding of design, programming, and the societal impact of robotic technology.
| Introduction to Robotics | ||
| What is a Robot? | Quiz | Challenge |
| History of robotics | Quiz | Challenge |
| Future of robotics | Quiz | Challenge |
| Robot anatomy | Quiz | Challenge |
| Robot applications | Quiz | Challenge |
| Coding Projects with Microbits | ||
| Exploring Microbits | Quiz | |
| Microbit Step Counter | Quiz | Challenge |
| Reaction Timer | Quiz | Challenge |
| Microbit Fruit and Veg Piano | Quiz | Challenge |
| Designing a Microbits Weather Station | Quiz | Challenge |
| Microbit Compass and Thermometer | Quiz | Challenge |
| Microbit Pet | Quiz | Challenge |
| Data Logging | ||
| Tilt Angle | Quiz | Challenge |
| Acceleration | Quiz | Challenge |
| Noise Level | Quiz | Challenge |
| Exploring Electronics and Light | ||
| Microbit LED Strip | Quiz | Challenge |
| LED Strip Clapper | Quiz | Challenge |
| Microbit LED Strip Thermometer | Quiz | Challenge |
| Shooting Stars | Quiz | Challenge |
| LED Flags | Quiz | Challenge |
| LED Stacking | Quiz | Challenge |
| LED Strip Precision Game | Quiz | Challenge |
This module offers a comprehensive exploration of robotics and engineering concepts through hands-on projects with Microbit technology. Students will engage in creating interactive systems, programming games, and building functional models like traffic lights and sensor-equipped cars, enhancing their skills in coding, problem-solving, and hardware integration.
| Applied Microbit Projects | ||
| Microbit Light Clapper | Quiz | Challenge |
| Microbit Sounds | Quiz | Challenge |
| Microbit Paddle Ball | Quiz | Challenge |
| Microbit Seismic and Meteorological Station | Quiz | Challenge |
| Microbit Voting System | Quiz | Challenge |
| Designing and Building for the Future | ||
| Build your Traffic Lights | Quiz | |
| Microbit Traffic Lights | Quiz | Challenge |
| Traffic Light Reaction Game | Quiz | Challenge |
| Pedestrian Crossing | Quiz | Challenge |
| Build your Move Motor Sensor Car | Quiz | Challenge |
| Line Following Car | Quiz | Challenge |
| Move Motor Measure | Quiz | Challenge |
| Traffic Lights and Car Communication | Quiz | Challenge |
This module explores cutting-edge concepts in robotics and engineering through practical, hands-on projects. Students will engage with innovative technologies, including sensor-based systems, autonomous vehicles, renewable energy solutions, and IoT applications. By designing and programming advanced systems, learners will develop critical skills in problem-solving, coding, and hardware integration.
| Autonomous Future | ||
| Autonomous Car | Quiz | Challenge |
| Tilt Remote Control Car | Quiz | Challenge |
| Attach the Move Motor Klaw | Quiz | |
| Raspberry Pi Pico | ||
| Meet Your Raspberry Pi Pico | Quiz | |
| Setting Up Your Pico | Quiz | |
| Pico's First Blink | Quiz | Challenge |
| Wifi Signal Strength Scanner | Quiz | Challenge |
| IoT Web-Controlled LED Light | Quiz | Challenge |
This module explores the essential components of classroom-based assessments through a structured approach. It covers the stages of project planning, development, and presentation, while providing guidance on evaluation techniques. Designed for educators, it offers practical insights to effectively implement and assess student projects in a classroom setting.
| Classroom-Based Assessment | Quiz |
Everything you need to plan and teach the course, ready to download and print.
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Students will need one of these devices. Students can share in groups of 2-3 if necessary.
Equipment used in some of the lessons in this course. Items can be shared among students.
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