Electronics Education

Tools for Hands-On Electronics & Coding.

Build Tomorrow, Today
Learning platform

How it works ?

1. Build

Plug sensors and components into the reusable Axiometa Matrix

2. Upload

Start with example codes or write your own to customise functionality.

3. Test and Explore

Upload your code, bring your project to life, and keep experimenting.

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Perfect for beginners

Electronics Beginners Kit

Arduino-compatible and packed with everything to learn electronics—from analog to digital. Includes a versatile matrix, a powerful microcontroller, and easy-to-follow tutorials for rapid learning.

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G E N E S I S

Modular Matrix

Combine Blocks

  • Modular design.
  • No soldering.
  • 50+ building blocks.

    • Learn real-world applications

  • Hands-on projects.
  • Learn about circuits and coding.
  • Solve practical challenges.

    • Create robots

  • Learn robotics.
  • Program movements.
  • Learn motor control and sensors.

    • Build Games

  • Create games with LEDs and buttons.
  • Program challenges and puzzles.
  • Experiment with sound and effects.

    • PC Integration

  • Custom stream decks.
  • Monitor PC performance.
  • Create shortcuts.

    • Smart IoT Devices

  • WiFi and Bluetooth-enabled devices.
  • Automate your home.
  • Create alarms and weather stations

    • Simulator control panels

  • DIY controls for flight and racing.
  • Add buttons, encoders, and axes.
  • Adjustable for all simulations.

    • Get Started
    Plug and Play

    Faster way to start

    The Matrix reduces the learning curve in electronics, allowing you to explore sensors faster and connect them into larger systems with ease.

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    Proprietary

    50+ Sensors & Peripherals

    Uniform building blocks

    Axiometa sensors and peripherals are fully standarsized with a uniform size and pinout, making setup effortless. Each component is well-documented and designed to be configurable in any orientation, offering maximum flexibility for your projects.

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    Easy and Simple

    Breadboard Power Supply

    This USB-C Breadboard Power Supply offers 3.3V/5V selectable rails, a power switch, and an LED indicator for simple, reliable prototyping.

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    Change the future

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    Life changing inventions

    Imagine creating devices that make everyday life smarter, safer, and more efficient—whether through Smart Home devices, Wearable Technology, Robotics, or Consumer Electronics. Electronics isn’t just about gadgets; it’s about making a difference. By mastering key components like sensors and motors, you can design Assistive Devices, such as Smart Glasses for the visually impaired or Health Monitors that provide real-time insights. Your skills can drive societal good, from Environmental Monitoring and Automated Traffic Management to Educational Tools that transform learning. Innovation is crucial, and by exploring IoT and Renewable Energy, your creativity could lead to groundbreaking advancements.

    To bring these ideas to life, mastering prototyping is essential—where concepts are tested, refined, and turned into real-world solutions.

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    Help the disabled

    Imagine creating devices that make everyday life smarter, safer, and more efficient—whether through Smart Home devices, Wearable Technology, Robotics, or Consumer Electronics. Electronics isn’t just about gadgets; it’s about making a difference. By mastering key components like sensors and motors, you can design Assistive Devices, such as Smart Glasses for the visually impaired or Health Monitors that provide real-time insights. Your skills can drive societal good, from Environmental Monitoring and Automated Traffic Management to Educational Tools that transform learning. Innovation is crucial, and by exploring IoT and Renewable Energy, your creativity could lead to groundbreaking advancements.

    To bring these ideas to life, mastering prototyping is essential—where concepts are tested, refined, and turned into real-world solutions.

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    Public welfare

    Imagine creating devices that make everyday life smarter, safer, and more efficient—whether through Smart Home devices, Wearable Technology, Robotics, or Consumer Electronics. Electronics isn’t just about gadgets; it’s about making a difference. By mastering key components like sensors and motors, you can design Assistive Devices, such as Smart Glasses for the visually impaired or Health Monitors that provide real-time insights. Your skills can drive societal good, from Environmental Monitoring and Automated Traffic Management to Educational Tools that transform learning. Innovation is crucial, and by exploring IoT and Renewable Energy, your creativity could lead to groundbreaking advancements.

    To bring these ideas to life, mastering prototyping is essential—where concepts are tested, refined, and turned into real-world solutions.

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    Industry

    Imagine creating devices that make everyday life smarter, safer, and more efficient—whether through Smart Home devices, Wearable Technology, Robotics, or Consumer Electronics. Electronics isn’t just about gadgets; it’s about making a difference. By mastering key components like sensors and motors, you can design Assistive Devices, such as Smart Glasses for the visually impaired or Health Monitors that provide real-time insights. Your skills can drive societal good, from Environmental Monitoring and Automated Traffic Management to Educational Tools that transform learning. Innovation is crucial, and by exploring IoT and Renewable Energy, your creativity could lead to groundbreaking advancements.

    To bring these ideas to life, mastering prototyping is essential—where concepts are tested, refined, and turned into real-world solutions.

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    Coming Soon

    Axiometa Core WiFi

    Genesis Matrix will soon support ESP32, enabling smarter IoT, health, and environmental solutions.

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    F.A.Q.

    You ask – we answer. More FAQs available in the F.A.Q. section.

    A microcontroller is a compact integrated circuit designed to govern a specific operation in an embedded system, containing a processor, memory, and input/output peripherals.

    With a microcontroller, you can create automated home systems, robots, wearable technology, environmental monitoring devices, and interactive art installations, among many other projects.

    Career opportunities with microcontroller expertise include roles in embedded systems engineering, robotics, IoT development, hardware design, and industrial automation.

    Raspberry Pi is a small, single-board computer capable of running a full operating system, suitable for more complex projects requiring significant processing power. Arduino is a microcontroller platform designed for simple, repetitive tasks and real-time operations with lower power consumption.

    Arduino Uno R4 introduces several enhancements over R3, including more memory, higher clock speed, and additional I/O pins. The R4 also includes built-in protection features and a new onboard LED matrix.

    Open-source electronics promote transparency, collaboration, and inclusivity. They democratize access to technology, enabling individuals and communities to develop and share solutions to global challenges. However, it also raises questions about intellectual property rights and the sustainability of business models based on open-source principles.

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