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135
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or 400 for 9 classes
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Intro to Robotics - Build a Robot Arm (Coding/Programming & STEM)

Completed by 8 learners
Ages 13-17
Live Group Class
Students will learn the basics behind robotics using the popular Arduino micro-controller
Average rating:
4.9
Number of reviews:
(38 reviews)

Live video meetings
3x per week, 3 weeks
1-10 learners per class
50 min

What’s included

9 live meetings
7 hrs 30 mins in-class hours
Projects
1 hour per week. 1-2 throughout the class

Class Experience

US Grade 7 - 10
Beginner - Intermediate Level
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.

Learning Goals

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.

Syllabus

9 Lessons
over 3 Weeks
Lesson 1:
Class #1: Tinker CAD's virtual classroom
 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. 
50 mins online live lesson
Lesson 2:
Class #2: Build Simple Circuit
 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. 
50 mins online live lesson
Lesson 3:
Class #3 Build Servo Motor Circuit
 Students will build their 1st servo motor circuit and use an Arduino program to control their servo motor's motion. 
50 mins online live lesson
Lesson 4:
Class #4 Build Robot Arm with servo motors
 Students will build 2 more servo motor circuits and a small control circuit to interact with their now 3 total servo motor circuits 
50 mins online live lesson

Other Details

Parental Guidance
Parents, You will need to help your student download & install Arduino's FREE software. This software MUST be installed on a MAC or PC in order for students to download code to their Arduino. A video on how to do this is provided. The TinkerCAD online platform will be used for developing circuits and writing simple programs that will be used to interact with the circuits we design. All of our online class work will be done using this resource. The Arduino Programming Environment is utilized by TinkerCAD to convert the programs we will write in TinkerCAD to the actual Arduino boards your learner will be using at home. The Arduino programming environment is necessary to have in order to move the programs written in TinkerCAD to your student's actual Arduino board. TinkerCAD provides a simple (one-button) process to do this but must be done using the Arduino programming environment. Jlcpcb environment is an online resource I use to introduce students to printed circuit board design. Students will have the chance to see how to convert their design into a real circuit board. In this course this resource is only used to introduce students to the process and prepare them for a later course that focuses on that process specifically. You will need to help your child setup their online account The online resources I use are completely FREE learning resources. Jlcpcb is the only free online resource that will require the help of a parent to setup an online account to be used for class projects. You can view all resources at the following online locations: TinkerCAD - www.tinkercad.com Arduino - www.arduino.cc Jlcpcb - www.jlcpcb.com
Supply List
Arduino starter kit
Arduino's FREE software
 3 files available upon enrollment
Language of Instruction
English
External Resources
In addition to the Outschool classroom, this class uses:
Sources
TinkerCAD - www.tinkercad.com Arduino - www.arduino.cc Jlcpcb - www.jlcpcb.com

Offered by

Joined August, 2022
4.9
38reviews
Profile
Teacher expertise and credentials
Georgia Teaching Certificate in Elementary Education
Sherri L
Master’s Degree in Education from Central Michigan University
Sherri L
Bachelor’s Degree in Education from Texas A&M University (College Station, Texas, USA)
Sherri L
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.

Reviews

4 total ratings, 3 with reviews

No. of classes were very less. Dint get the project to completion.
Anil G.on Jul 13
My son really enjoyed this camp. Chris made it a lot of fun! 
Tanya M.on Jul 4
Great class. My son enjoyed it very much. 
Ruqaiyyah R.on Jan 6
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