In this class students will get introduced to robotics using the popular Arduino microcontroller. Students should come prepared with their Arduino & component kit, necessary components can be found in the attached spreadsheet component list Class #1: Students will use the virtual classroom TinkerCAD to learn about micro-controllers. Using the virtual electronic components provided in TinkerCAD students will create a small circuit then write a simple program. Class#2: Students will build a simple circuit using push buttons and LED's. They will then right a simple Arduino program to interact and control their L.E.D. circuit. Once complete student's will build the same circuit at home & then use their code written in TinkerCAD to control their Arduino circuit at home. Class #3 Students will build their 1st servo motor circuit and use an Arduino program to control their servo motor's motion. Class# 4 Students will build 2 more servo motor circuits and a small control circuit to interact with their now 3 total servo motor circuits Class #5 Students will fix any issues with previous circuits and write a test program to control their 3 servo motors Class #6 Students will begin building a microcontroller based electronic project and write a program to test the basic operation of their builds Class #7 Student's will continue working on the microcontroller based electronic project making sure that the circuit is built properly and their final program is controlling their circuit as expected Class #8 Student's will be introduced to the process of creating their own unique circuit board.
Students will learn about:
1. Programming & Coding
2. Arduino microcontroller
3. The virtual design environment TinkerCAD
4. How to transition their TinkerCAD design into a real design at home.
Students will use the virtual classroom TinkerCAD to learn about micro-controllers. Using the virtual electronic components provided in TinkerCAD students will create a small circuit then write a simple program.
Students will build a simple circuit using push buttons and LED's. They will then right a simple Arduino program to interact and control their L.E.D. circuit. Once complete student's will build the same circuit at home & then use their code written in TinkerCAD to control their Arduino circuit at home.
Students will build their 1st servo motor circuit and use an Arduino program to control their servo motor's motion.
Students will build 2 more servo motor circuits and a small control circuit to interact with their now 3 total servo motor circuits
Arduino starter kit Arduino's FREE software
I am an electronic design engineer with 18 years experience as a STEM professional.
I have been teaching students STEM since 2019 and working with student's on Outschool since 2022!
I really enjoy teaching STEM and passing on the passion of STEM to the next generation.
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