Learn to Work with Electronics, Use a Raspberry Pi, and Write Code in Python with this Open-and-Go Course for Homeschool Families

Two Semester Homeschool Electronics and Coding Course

Two Semester Electronics and Coding Homeschool Course

Regular price $339.00

Unit price per 

Breadboard Raspberry Pi Circuit Including Capacative Touch Sensor and OLED Screen Python Code

What You'll Learn

  • Learn to Build Circuits with a Wide Variety of Electronic Components Including Sensors, Audio-Visual Elements, Relays, Servos, and More
  • Learn to Use a Raspberry Pi
  • Write Code in Python--the Fastest Growing Computer Programming Language
  • Learn to Build a Simple Server and Web Page to Control Your Raspberry Pi Projects Remotely
  • Learn Complementary Skills Including Troubleshooting, Reading Schematics, and Managing Project Files

Using This Course

  • 54 Lessons Including 200+ Videos, and 150+ Activities
  • Two Semester Course for High School Students (~3-4 hrs./wk.)
  • Starts at the Beginning and Assumes No Background Knowledge
  • Covers Beginner, Intermediate, and Advanced-Level Python Code Commands
  • Teaches Students to Work with a Wide Variety of Electronic Components from Very Simple to Complex Components
Raspberry Pi Breadboard Circuit Including Matrix-Style Keypad, Piezo Speaker, Pushbutton Switch Controlled Using Python Code
Raspberry Pi Breadboard Electronic Circuit with Piezo Speaker, OLED Screen, Ultrasonic Sensor, Phototransistr Contolled Using Python Code

Why Choose This Course for Your Homeschool

  • Designed for Families with No Previous Experience
  • Most Students Can Work Through the Course Independently
  • In-Depth Curriculum Focused on Teaching the How and Why Behind Behind Electronics and Coding--We Don't Just Tell Them What to Do, We Teach Them Why
  • Open-and-Go Program Including Video Lessons, Step-by-Step Activities, Quizzes, and More
  • Uses Only Real Electronic Components and Real Code (Python)--No Snap Together Parts or Proprietary Code
  • Equipment Kit Included, No Hunting for Compatible Parts
Home Built Python Robot Sitting on Desk


  • Complete Online Course Includes 72 lessons, 200+ videos, and 200+ activities
  • Work at Your Own Pace
  • Learn Beginner, Intermediate, and Advanced Electronics and Coding Skills
  • Use a Raspberry Pi
  • Write Code in Python--the Fastest Growing Computer Language
  • Build a Fully Programmable Mobile Robot at Home

Need a high school STEM elective for your homeschooled student? This two semester electronics and coding course will teach them to work with a variety of electronic components to build circuits. They will also learn to write code in Python--the fastest growing computer programming language--so they can control the circuits they build with the code they write. Along the way we'll teach them important skills such as reading electrical schematics and troubleshooting.

Unlike other courses, our program dives deep into the how and why behind code and electronics. Our goal is that your student will learn a valuable set of skills they can use long term to create novel projects using a wide variety of complex electronic components and advanced-level Python code. We strive to be a stress-free option for homeschooling families.

This complete electronics and coding course includes 54 lessons, 200+ videos, and 150+ activities as well as the equipment kits they'll need to complete the course.

Looking to teach a class? Click here for more information on our classroom sets.

Please note, there is an option to purchase this course without a Raspberry Pi included. If you choose to do so, you must have a working Raspberry Pi Model 3B or 3B+ on hand as it is required to complete the course. Only Models 3B and 3B+ are compatible. All other models are not compatible.

sample videos

Lesson B-13 Sample Lesson Video

Lesson C-11 Sample Lesson Video

Lesson A-15 Sample Activity Video

Preview the Online Classroom Welcome Video

what our users say

“I am halfway through Level B and am very impressed with the excellent quality of electronics instruction! As a retired IT professional and former Computer Science instructor I feel qualified to also evaluate the programming instruction. It is...excellent as well! Both the electronics and programming instruction are easy to follow for students and adults alike and is well-structured in a "one step builds upon another" approach. Highly recommend!”

By Glen S.

"At first, I was hesitant to purchase this curriculum. I wasn't sure if this was a good fit for an older teen who has had some robotics experience. I am so thankful we purchased it. Level A filled in the gaps and taught him concepts he never fully understood or was never taught. The curriculum is detailed and easy to understand. He has now completed levels A-D and has enjoyed working with the robot and the Pi. The customer service of 42 Electronics has been amazing! Whenever we had a question or problem, they were super helpful! Thank you so much for creating this program. We would absolutely recommend this program!"

By Julie B.

"As an electronics engineer, I wanted my daughter to have experience with and be comfortable with circuits and eventually make a robot. Like the founders of the company, I tried many different kits on the market and they all lacked the fundamental foundation for understanding. We love the 42Electronics curriculum as it starts from the ground up. Sitting down with the day’s lesson is the highlight of our homeschool day! We can’t wait to get to the more complicated items in the higher levels!"

By Cheryl

lessons + kit to learn electronics, coding, and robotics

Breadboard circuit including speaker and accelerometer
Wifi router powered by relay, electronics circuit, python code on laptop screen
Line following mobile robot, programmed using python code
Breadboard wiring for mobile robot
Raspberry Pi camera mounted on mobile robot

What You'll Receive:

  • Access to the Online Classroom: Lesson Levels A+B+C including 54 Lessons, 200+ Videos, 150+ Activities, Quizzes, and more
  • 5 volt Power Supply with AC Adapter x1
  • Raspberry Pi Case x1
  • Micro SD Card with Adapter x1
  • Ribbon Cable x1
  • Wedge Assembly x1
  • Battery Holder with Wires x1
  • Breadboard x1
  • LEDs x8
  • RGB LED x2
  • Resistors 220 Ohm x6
  • Resistors 1,000 Ohm x6
  • Resistors 10,000 Ohm x6
  • Pushbutton Switch x3
  • Piezo Speaker x1
  • Camera Mount x1
  • RFID Reader x1
  • RFID Tags x2
  • Analog-to-Digital Converter x1
  • 10k Potentiometer with Knob x1
  • Phototransistor x1
  • Level Shifting Integrated Circuit x1
  • Infrared Obstacle Sensor x1
  • Ultrasonic Range Sensor x1
  • Infrared Line Sensor x1
  • Temperature Sensor x1
  • OLED Display x1
  • Capacitive Touch Sensor x1
  • 220uF Capacitor x2
  • 2200uF Capacitor x1
  • Audio Amplifier x1
  • USB Audio Adapter x1
  • Microphone x1
  • Servo Motor x1
  • Accelerometer x1
  • Dual-Color LED 18mm x1
  • Screwdrivers x2
  • Jumper Wires (Short Male-to-Male)
  • Jumper Wires (Long Male-to-Male)
  • Jumper Wires (Long Male-to-Female)
  • Relay Module x1
  • Transistors x4
  • Infrared Remote with Battery x1
  • Infrared Receiver x1
  • Speaker x1
  • Camera x1
  • Camera Cable x1
  • 3x4 Matrix Keypad x1
  • Slide Switch x1

**Please note, purchase of this course does not include a laptop, tablet, or any other electronic device

Please note, there is an option to purchase this course without a Raspberry Pi included. If you choose to do so, you must have a working Raspberry Pi Model 3B or 3B+ on hand as it is required to complete the course. Only Models 3B and 3B+ are compatible. All other models are not compatible.

The Male model is wearing a size M. He's 6.2 feet (190 cm) tall, chest circumference 37.7" (96 cm), waist circumference 33.4" (85 cm).
The female model is wearing a size M. She's 5.8 feet (178 cm) tall, chest circumference 34.6" (88 cm), waist circumference 27.16" (69 cm), hip circumference 37.7" (96cm).


Learn Electronics + Coding + Robotics at Home

Side view of robot sitting on desk
Breadboard circuit featuring OLED screen and jumper wires
Front view of mobile robot
Laptop screen with Raspberry Pi camera image displayed using Python code


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