Introduction

Welcome to TRIOE documentation. Here you'll find comprehensive guides and documentation to help you start working with TRIOE as quickly as possible, as well as support if you get stuck.

Installation Guide

Getting Started with TRIOE

Follow this step-by-step guide to set up your TRIOE development environment. Make sure to complete each step before moving to the next one.

System Requirements

Windows 10/11, macOS 10.14+, or Linux

Download Size

Arduino IDE (200MB)

Setup Time

15-20 minutes

Step 1

Download Arduino IDE

Step 2

Install USB Driver

Step 3

Configure IDE

Step 4

Test Setup

Step 1

Download and install Arduino IDE from the official website.

Make sure to download version 2.0 or later

Windows

1. Download .exe installer2. Run the installer3. Follow setup wizard

macOS

1. Download .dmg file2. Open the disk image3. Drag to Applications

Linux

1. Download Linux package2. Extract the archive3. Run install script

Quick Start Guide

Getting Started with TRIOE

Follow this quick guide to get your TRIOE board up and running in minutes. We'll walk you through the basic setup and your first program.

Time Required

5-10 minutes

Requirements

TRIOE Board & USB Cable

Difficulty

Beginner Friendly

Step 1

Connect Your Board

Step 2

Open Example

Step 3

Upload Code

Step 4

Verify Operation

Step 1

Connect the TRIOE board to your computer.

Make sure the USB cable supports data transfer.

Physical Setup

1. Unbox your TRIOE kit

2. Connect the USB cable to your board

3. Plug the other end into your computer

Verify Connection

Power LED should be on

Check Device Manager for COM port

Our Kits

ELECTRONICS KIT

The ELECTRONICS Kit is designed for students and educators exploring science, technology, engineering, arts, and mathematics through hands-on electronics projects.

Key Features:

Comprehensive sensor suite for diverse experiments
Arduino-compatible microcontroller for easy programming
Project-based learning materials with step-by-step guides
Interactive learning platform access with progress tracking

DRM Kit

The Disaster Risk Management Kit focuses on building systems for environmental monitoring and early warning systems, perfect for disaster preparedness and response applications.

Key Features:

Advanced environmental sensors for accurate monitoring
Real-time data collection and analysis capabilities
Robust hardware design for field deployment
Integration with early warning systems

AGRI-AQUA Kit

The AGRI-AQUA Kit is specifically designed for agricultural and aquaculture applications, enabling monitoring and automation of farming systems.

Key Features:

Specialized sensors for soil and water quality monitoring
Automated irrigation and feeding system controls
Weather-resistant components for outdoor use
Data logging and analysis tools for crop/aquaculture management

Learning Path

Beginner Level

Start your journey with fundamental concepts and basic projects. Perfect for those new to electronics and programming.

Key Topics:

Basic electronics components and circuits
Introduction to Arduino programming
Simple sensor interfacing
LED projects and basic outputs

Intermediate Level

Build upon your foundation with more complex projects and advanced programming concepts.

Key Topics:

Advanced sensor integration
Data logging and analysis
Communication protocols (I2C, SPI)
Basic IoT applications

Advanced Level

Master complex systems and create sophisticated projects with real-world applications.

Key Topics:

Complex system integration
Advanced IoT and cloud connectivity
Machine learning applications
Custom PCB design and prototyping

Technical Reference

Hardware Specifications

Detailed technical specifications for all TRIOE kit components and modules.

Key Documents:

Component datasheets and specifications
Circuit diagrams and schematics
Power requirements and ratings
Hardware compatibility guides

Software Development

Resources and documentation for software development with TRIOE kits.

Key Documents:

API documentation and libraries
Code examples and templates
Programming guidelines
Software troubleshooting guides

Support

Troubleshooting

Common issues and their solutions to help you resolve problems quickly.

Common TRIOE Kit Issues & Fixes

Troubleshooting is not just a technical skill—it's a learning opportunity. Use problems as pathways to critical thinking and collaborative problem-solving.

Issue	Possible Cause	Recommended Fix
The board is not recognized by the computer	Damaged cable or wrong COM port / No ch340 driver	Try a different USB cable; check the device manager settings / Download driver from TRIOE.dev/docs
The code won't upload	Incorrect board or port in IDE	Select "ESP32S3 Dev Module" and correct the COM port
The sensor gives no reading	Incorrect wiring or missing library / Wrong code	Check pin configuration; import the correct library
Dashboard data not showing	WiFi not connected or weak signal / Wrong payload format	Reconnect to the network and reboot the board / Fix code
LED not turning on	Reversed polarity or wrong GPIO pin	Flip LED orientation; verify pin number in the code
"Garbage" characters in Serial Monitor	Baud rate mismatch	Match the correct baud rate from the program (usually 115200)
The TRIOE webpage not loading	Internet or site down	Use offline backup materials or mirror page

Need more help? For further concerns and other problems, kindly refer to the TRIOE chatbot on the TRIOE website.

Additional Resources:

Hardware troubleshooting guides
Software debugging tips
FAQs and known issues
Video tutorials for common fixes

Community Resources

Connect with the TRIOE community and access shared resources.

TRIOE 3D Models

Download our comprehensive 3D models and CAD files for tinkerers who want to build their own prototypes. Perfect for customization, enclosure design, and understanding the physical structure of TRIOE components.

Key Resources:

Community forums and discussions
User-contributed projects and tutorials
Educational resources and workshops
Support channels and contact information

Onshape Training Manual

Access the comprehensive Onshape training manual designed to help you master 3D CAD design and modeling. This essential guide provides step-by-step instructions, design principles, and practical exercises for effective CAD workflows.

Training Manual Includes:

Onshape interface and navigation fundamentals
3D modeling techniques and best practices
Assembly design and constraints
Drawing creation and documentation

Docs