Overview
This course introduces Grade 10 students to embedded systems through practical ESP32 projects. Students learn how a small programmable controller can collect information from sensors, process it using MicroPython, control physical outputs, and communicate with phones or web browsers.
Grade 10 – Robotics – Instructor
Category:
0
13
Enrollments
Level
Time to Complete:
Lessons:
Certificate:
No
One-time for 1 person
$1,000.00$999.00
Overview
This course introduces Grade 10 students to embedded systems through practical ESP32 projects. Students learn how a small programmable controller can collect information from sensors, process it using MicroPython, control physical outputs, and communicate with phones or web browsers.
What You’ll Learn?
Understand the fundamentals of embedded systems and ESP32-based robotics
Set up and program an ESP32 using MicroPython
Control digital outputs such as LEDs, buzzers, and other electronic components
Use buttons and digital inputs to control robotic systems
Read analog sensors and calibrate sensor values for reliable measurements
Control outputs using PWM, including variable motor and actuator control
Measure temperature and humidity using environmental sensors
Display sensor information using I2C and OLED displays
Measure distance using ultrasonic sensors and use measurements to make decisions
Control servo motors to create physical movement
Use functions, timing, and system states to organize reliable robotic programs
Connect ESP32 systems to Wi-Fi and create basic web-based control
Use Bluetooth Low Energy to communicate with and control embedded systems
Integrate sensors, outputs, actuators, and communication into complete smart systems
Plan, build, test, improve, and present an original ESP32-based robotics project
Requirements
Basic programming knowledge is recommended
Basic electronics concepts are recommended
Access to an ESP32 development board and required electronic components
Access to a computer with a MicroPython development environment
Students should follow the embedded-systems development process:
Understand → Connect → Program → Test → Debug → Integrate → Improve
Students should carefully verify wiring, GPIO assignments, sensor readings, and power requirements before operating their circuits
Students should document their circuits, code, testing results, and improvements
Students should test individual components before integrating them into a complete system
Students should follow safe practices when working with electronic components and power supplies
Syllabus Overview
15
Lessons
0
Quizzes
0
Tasks
0
Resources
Unit 1 – Embedded Systems and ESP32 Setup
Unit 2 – Digital Outputs
Unit 3 – Digital Inputs and Button Control
Unit 4 – Analog Inputs and Sensor Calibration
Unit 5 – PWM Output Control
Unit 6 – Temperature and Humidity Sensing
Unit 7 – I2C and OLED Displays
Unit 8 – Ultrasonic Distance Measurement
Unit 9 – Servo Motors and Physical Movement
Unit 10 – Functions, Timing, and System States
Unit 11 – ESP32 Wi-Fi and Web Control
Unit 12 – Bluetooth Low Energy Control
Unit 13 – Final Mini Project Planning
Unit 14 – Mini Project Construction
Unit 15 – Testing, Improvement, and Presentation
Material Includes
ESP32 development board
MicroPython programming environment
Electronic components and prototyping resources
LEDs, buzzers, buttons, and other digital outputs
Analog sensors and sensor calibration activities
Temperature and humidity sensor
Ultrasonic distance sensor
Servo motor
OLED display and I2C resources
Wi-Fi and web-control activities
Bluetooth Low Energy activities
Circuit connection and wiring guides
ESP32 programming examples and exercises
Mini-project planning and development resources
Testing and troubleshooting activities
Project presentation and evaluation resources
Instructor(s)
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