Physical Computing
Engaging with single board computers like Raspberry Pi and Arduino offers an exciting way to learn programming and electrical engineering concepts. By creating hands-on projects, learners can explore the intricacies of coding while simultaneously developing a solid understanding of circuitry and hardware integration. From building simple robots to designing smart home systems, these platforms enable enthusiasts of all skill levels to experiment and innovate. Each project serves as a stepping stone, gradually increasing in complexity and allowing for the exploration of various programming languages and electrical components. As learners troubleshoot and iterate on their designs, they not only gain practical skills but also enhance their problem-solving abilities and creativity. Embracing these technologies fosters a deeper appreciation for how software and hardware interact, paving the way for future endeavors in technology and engineering fields.
Programming 301 - Intro to Physical Computing
Learn programming and electrical circuit basics while building fun projects that really work. Students will work in small groups to build and program their projects using Raspberry Pi and Arduino. Students will learn teamwork, communication skills, critical thinking, logic and time management skills. No prior programming or electrical experience necessary
Ages:
11 - 14
Maximum Class Size:
10
Cost:
$350
Duration:
9 hours
Programming 302 - Intermediate Physical Computing
Building upon what they learned in Intro to Physical Computing, students will work on more complex projects such as escape room props and home automation. Students will work in groups of 3 or 4 . Students will learn teamwork, communication skills, critical thinking, logic and time management skills. Completion of Programming 301 highly recommended.
Ages:
11 - 14
Maximum Class Size:
10
Cost:
$350
Duration:
9 hours
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