Arduino
All In One
Coding, Circuits, and PCB Design — All in One Kit!
Model: SOFTBOX-APK-01 | For: Middle/High School, University, Makerspace
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Overview
Product Overview
The Arduino All In One is a comprehensive education kit that lets learners master Arduino coding, electronic circuit design, and PCB manufacturing — all with a single kit. It is the ultimate choice for experiencing the real-world product development process and growing into a professional maker from the ground up.
Centered around the Arduino Uno R4 WiFi, the kit integrates a Fine Dust Monitor Board and a 680-pin breadboard into one all-in-one package. It covers embedded systems, microcontroller fundamentals, electronic components and circuit introduction, breadboard circuit experimentation, GPIO hardware control, and PCB design and fabrication using KiCAD EDA — all in a systematic, step-by-step curriculum.
Three professional textbooks (19 chapters) covering Arduino C Programming, Electronic Circuits, and PCB Design & Fabrication guide learners progressively from concept to completion.
Learning Areas
4 Core Learning Areas
Experience the complete maker journey — from Arduino programming to physical PCB manufacturing — with a single kit.
Arduino C
Programming
- Arduino programming
- GPIO control programming
- Arduino IDE environment
- Sensor data & actuator control
Electronic Circuit Design
- Product development process
- Electronic component basics
- Digital circuit design
- Breadboard experiments
IoT Web Development
- Web programming
- IoT product development
- AI coding
- Web service lab
PCB Design & Fabrication
- Circuit design
- KiCAD hands-on
- PCB manufacturing order
- PCB assembly
Features
Product Features
Package Contents
What's in the Box
- Arduino Uno R4 WiFi
- Fine Dust Monitor Board
- 680-pin Breadboard
- Jumper cables
- OTG cable
- Practice sensor modules
- USB cable
- Fine Dust Sensor PM2008M
- PCB Design Training Kit textbooks (3 vols)
- Sample schematics & Gerber files
- ESP32 design sample board
680-pin Breadboard: 165 × 55 × 8.5mm · Material: ABS Plastic
Packaging: 200 × 150 × 70mm · Total Weight: approx. 500g
Hardware Specs
Hardware Specifications
Arduino Uno R4 WiFi
| Microcontroller | 32-bit ARM Cortex-M4 (48MHz, with FPU) |
| Operating Voltage | 5V |
| Input Voltage | USB-C 5V / Recommended 6–24V (barrel jack) |
| Memory | 256KB Flash / 32KB SRAM / 8KB EEPROM |
| ADC / DAC | 14-bit ADC / 12-bit DAC |
| Connectivity | USB 2.0 Full-Speed, CAN BUS, Wi-Fi |
| Clock | Built-in Real-Time Clock (RTC) |
| Extras | Memory Protection Unit (MPU), Op-Amp (OPAMP) |
Fine Dust Monitor Board
| Controller | Arduino Uno V3 (Nano 33 IoT / BLE family) |
| Built-in Modules | Real-Time Clock (RTC), OLED (SSD1306) |
| Sensors | DHT11 Temp/Humidity, Fine Dust (PM2008M), Light |
| Interface | Fine Dust Sensor I2C Connector |
| Power | DC Barrel Jack 7V–12V |
| Button | Debounce circuit included |
Curriculum
Curriculum — 3 Volumes, 19 Chapters
A step-by-step mastery path from Arduino C programming through electronic circuits to physical PCB manufacturing.
- Ch. 1 Arduino Uno R4 Overview
- Ch. 2 Everything About Uno R4
- Ch. 3 Integrated Development Environment
- Ch. 4 Sensor Hands-on Lab
- Ch. 5 Arduino Uno R4 GPIO
- Ch. 6 C Language — Variables & Operators
- Ch. 7 C Language — Control & Functions
- Ch. 8 Fine Dust Monitor Board Lab
- Ch. 9 Exploring Arduino Projects
- Ch. 10 Electronic Circuit Design Fundamentals
- Ch. 11 Electronic Component Handling
- Ch. 12 Arduino Board Application Circuit Design
- Ch. 13 KiCAD Tour
- Ch. 14 PCB Design Exercise 1 — IO Board
- Ch. 15 PCB Design Exercise 2 — Sample Board
- Ch. 16 PCB Design Precautions
- Ch. 17 PCB Manufacturing Order Practice
- Ch. 18 PCB Assembly Process
- Ch. 19 References
Inquiry & Quote Request
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