
"The tutors inspire us to never give up. And later in life when I am a designer, it will be helpful because I won't give up when I face a problem. I know I need to keep trying."
Vivi, Electronics Student
Participants will invent and code their own gadgets using breadboards to connect sensors, lights, conductive materials, motors and more!
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Arduino's sensors and outputs makes it possible to create hundreds of gadgets, contraptions and robots that interact with the real world. Invent a device that turns on a light when it gest dark or sounds an alarm when someone tweets about plastic in the ocean.
Bring your code to life! Understand electronics, build circuits with breadboards and components, and program these to create devices and gadgets. Detect sound, movement, temperature, speed, button presses and digital events and react with sounds, lights, messages, motion and more.
Arduino is one of the most popular platforms for prototyping new products. Imperial's Design Engineering course uses the platform extensively for their students to build out examples of their new products. We've also had students use this product design platform as part of their Duke of Edinburgh experience.
Arduino is where electronics and computer programming meet. Using this microprocessor and coding language, students create exciting devices with sensors and outputs to interact with the world around them! This course teaches the basics of “physical computing” to teenagers aged 12+.
Students use breadboards and electronic components, plus to C-based Arduino language to program their Arduino microcontroller to read inputs and produce outputs. If that all sounds a bit technical, it’s because it is! But Arduino was developed with hobbyists and newcomers in mind, so it’s also extremely accessible. Teen campers will soon find themselves controlling LED flashing lights, switches, sounds, buttons, vibrations and even robots, all with the help of their Arduino microcontroller! Arduinos are provided for use during the course, but many students prefer to buy an Arduino separately so that they can take their creations with them for continued development at the end of the course.
"The tutors inspire us to never give up. And later in life when I am a designer, it will be helpful because I won't give up when I face a problem. I know I need to keep trying."
Vivi, Electronics Student
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