At Kaptech, we believe hands-on experience is the most effective way to learn embedded systems and IoT development. That’s why we created the EDU-LAB-STD educational board—a powerful, curriculum-adapted platform built around the ESP32 microcontroller. Designed for schools, universities, and hobbyists, this board provides a versatile and engaging environment to explore real-world electronics and coding.
What is EDU-LAB-STD?
The EDU-LAB-STD is an all-in-one development board based on the ESP32-WROOM-32D module. It’s designed to help learners:
- Understand embedded systems with practical, hands-on components.
- Learn sensor integration with eight different sensor types.
- Utilize communication features like Wi-Fi and Bluetooth.
- Write and test code for control systems and data processing.
- Work with multiple displays: OLED, LCD, and 7-segment types.
With its modular layout and plug-and-play design, EDU-LAB-STD is perfect for teaching programming, hardware interfacing, and system integration.
What’s On the Board?
The EDU-LAB-STD board is packed with components that cover a broad range of engineering and IoT concepts:
Core System
- ESP32-WROOM-32D DevKit V4 – Dual-core MCU with Wi-Fi & Bluetooth.
- Power Supply Module – Provides 5V @ 0.9A and 3.3V @ 0.5A.
Displays & Output
- 2.8″ TFT Display (ILI9341) – 320×240 resolution, resistive touch (XPT2046).
- Seven-Segment Displays (2x 4-digit) – Driven by MAX7219.
- Five 5mm LEDs, 5050 RGB LED, Six WS2812B NeoPixels
- Active Buzzer – With a transistor driver for sound alerts.
Sensors & Inputs
- HC-SR04 – Ultrasonic distance sensor.
- BH1750 – I2C light sensor.
- 5kΩ Photoresistor – Analog light sensor.
- DHT22 – Temperature and humidity sensor.
- BMP180 – Barometric pressure and temperature sensor.
- MAX9814 – Microphone with AGC and low-noise bias.
- Rotary Encoder (Bourns PEC11) – With push switch.
- Four 12mm Tact Switches
- 10kΩ Variable Potentiometer
- VS1838B – IR receiver for remote control.
Communication & Interfaces
- MAX98357 – I2S digital Class D audio amplifier (>2.5W).
- Micro SD Card Holder – For data logging and file handling.
- TXS0108 – 8-channel logic level converter (3.3V ↔ 5V).
- MCP6002 (2x) – Op-amps for analog signal processing.
Learn by Doing: EDU-ESP32-STD_Robokit
To help educators and learners get the most out of the EDU-LAB-STD board, we provide the EDU-ESP32-STD_Robokit—a comprehensive tutorial guide packed with:
- Step-by-step examples
- Real-world projects
- Sample code for various modules
- Schematics and explanations
Whether you’re a teacher introducing students to embedded systems or a self-learner diving into the world of IoT, the Robokit makes the journey structured, practical, and fun.
Why Choose EDU-LAB-STD?
- ✅ Curriculum-aligned for easy integration into tech and engineering programs.
- ✅ Plug-and-play design minimizes wiring errors and boosts productivity.
- ✅ Multi-sensor, multi-display support for real-world simulation and control tasks.
- ✅ Expandable with additional modules and projects.
Start building, experimenting, and learning today with the EDU-LAB-STD and Robokit!
Kaptech is proud to support educators and makers around the world in shaping the next generation of embedded system innovators.
