TWO SEMESTER ROBOTICS COURSE CLASSROOM SET

Open-and-Go Curriculum for Teaching Robotics in a Classroom or Group Setting

Two Semester Robotics Course Classroom Set

Two Semester Robotics Course Classroom Set

Regular price $0.00

Unit price per 

Robot sitting on desk in front of compuer monitor

Topics Covered in the Course

  • Building Circuits with a Wide Variety of Electronic Components Including Sensors, Audio-Visual Elements, Relays, Servos, and More
  • Learning to Use a Raspberry Pi
  • Writing Code in Python--the Fastest Growing Computer Programming Language
  • Learning to Build a Simple Server, Web Page, and Control Their Projects (and Robot) Remotely
  • Building a Fully Programmable, Mobile Robot

Using This Course

  • 72 Lessons Including 225+ Videos, and 200+ Activities
  • Two Semester Course for High School Students
  • 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
  • Teaches Complementary Skills Including Reading Schematics, Troubleshooting, Planning Large Projects, and Using a Multimeter
Raspberry Pi Python Breadboard Circuit with Speaker, Amplifier, and Servo
Empty Computer Classroom

Why Choose This Course for Your Classroom

  • Designed to be Implemented by Teachers with No Previous Experience
  • Open-and-Go Curriculum Including Video Lessons, Step-by-Step Activities, Quizzes, and More
  • In-Depth Curriculum Focused on Teaching the How and Why Behind Behind Electronics and Coding
  • Uses Only Real Electronic Components and Real Code (Python)--No Snap Together Parts or Proprietary Code
  • Equipment Kit Included--No Need to Research and Gather Compatible Parts

This Two Semester Robotics Course is an open-and-go curriculum for high school (or adult) classrooms. We strive to provide a low-stress option for instructors teaching STEM courses in a classroom or group setting--even when the instructor has no previous experience with electronics, coding, or robotics. The course includes video lessons, step-by-step activity instructions (complete with very detailed photos), quizzes, and standardized equipment kits.

The course lessons start at the very beginning and systematically teaches students to work with common electrical components to build circuits, write code in Python, use a Raspberry Pi, and then to combine all those skills to build a mobile robot. Along the way they will learn how to read schematics, troubleshoot, use a multimeter, and remotely control the Raspberry Pi and/or robot using a virtual network connection (VNC).

The course includes Levels A+B+C+D of the Intro to Robotics program and is generally used as a two-semester, one credit, robotics course for high school students.

GENERAL ORDERING INFORMATION

Orders can be placed here on the website but we strongly recommend contacting us for a custom quote prior to submitting a purchase order. We are happy to help you determine the number of student licenses and equipment kits you will need. Purchase orders should include the following three line items:

  • SKU 651 Two Semester Robotics Course Instructor Set (includes an online classroom login and one set of component kits for the instructor)
  • SKU 652 Two Semester Robotics Course Student License (consumable license, purchase one for each student, includes online classroom access)
  • SKU 653 Two Semester Robotics Course Equipment Kit (purchase one set for every 1-4 students)

Additional order process information can be found in the FAQ's further down this page.

Please note, online orders for à la carte student licenses (including online classroom access) will be canceled unless a previous purchase of instructor access and appropriate equipment kits is on file. Please contact us with any questions.

about intro to robotics

Watch Us Build the Robot

Learn More About Intro to Robotics

lessons + kit to Teach 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
Robot sitting on desk in front of compuer monitor

No Experience Needed

  • Learn to Build Circuits with Common Electrical Components
  • Use a Raspberry Pi
  • Write Code in Python--the Fastest Growing Computer Programming Language
  • Use Your New Skills to Construct a Fully Mobile and Programmable Robot

Staying Home? Build a Robot of Your Own

  • Step-by-Step Lessons (we know you've never done this before!)
  • Full Parts Kit to Build Your Robot at Home
  • Self-Paced Lessons Done on Your Schedule
  • Get Your Kids Involved and Learn as a Family
  • Help When You Need It! Our Team is Here to Answer Your Questions and Help Get You Back on Track
Man and boy building line following robot using Python code

Equipment kit contents:

  • Raspberry Pi x1
  • 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
  • Slide Switch x1
  • 3x4 Matrix Keypad x1
  • Digital Multimeter x1
  • 9-Volt to 5-Volt Voltage Regulator x1
  • 6xAA Battery Pack with Velcro Mounting Strips x1
  • Wheel and Tire Assembly x 2
  • Relay Module x1
  • Transistors x4
  • 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 x3
  • Ultrasonic Range Sensor x1
  • Infrared Line Sensor x3
  • 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
  • Camera Mount x1
  • Camera Cable x1
  • Camera x1
  • Speaker x1
  • Infrared Receiver x1
  • Infrared Remote with Battery x1
  • Small Screwdriver (#2 Phillips) 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)
  • Upper Chassis Plate with Breadboard Attached x1
  • Lower Chassis Plate x1
  • Assorted Chassis Hardware x1
  • Rear Caster Assembly with Ball Bearing Wheel x1
  • Plastic IR Sensor Mounting Hardware x1
  • Ultrasonic Range Sensor with Plastic Mounting Plate x1
  • Camera and Ultrasonic Sensor Mounting Hardware x1
  • Raspberry Pi Chassis Mounting Bracket and Hardware x1
  • Motor Drive Integrated Circuit x1
  • DC Motor with Wires and Mounting Hardware x2

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

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).

teacher TESTIMONIALS

“Students have learned so much!
As a STEM teacher at a small Christian school, the Level A Robotics course is just what I have been looking for. It is affordable, easy to set up, and fun to learn alongside the students.”

By Kelly B.

"I looked a long time for affordable robotics curriculum to use in my classroom, so this was a godsend. I'm using in a semester class, though I wish I could teach a year long course, as we will not get to levels C and D. Therefore, the class is more of a computer science class than a robotics class at this point. In the future I hope to either offer a second course or teach this as a year-long course. So far, my students have learned a lot and are enjoying the program. Thank you for a great product!"

By Jennifer T.

"I am loving this curriculum. It is easy to follow and very engaging. My students look forward to class each week!"

By Jeff L.

Teach Electronics + Coding + Robotics

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

CLASSROOM SET FAQ

Check Out These Reviews From Our Intro To Robotics Users

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