Already comfortable with the basics? Take your skills further by combining Arduino, sensors, modules, and programming to build more capable real-world projects with greater control and automation.
ESP32 38-Pin WiFi + Bluetooth NodeMCU Development Board
You've got the fundamentals down. Now choose a platform that matches the complexity, connectivity and processing power your next project demands.
A reliable platform for taking your electronics skills into more structured automation and control projects.
Step into connected projects by combining sensors, wireless communication and real-time control.
Go beyond microcontrollers and explore projects that require operating systems, programming and greater computing power.
Arduino is ideal when your focus is direct hardware control, sensors and automation. ESP32 takes things further with built-in Wi-Fi and Bluetooth for connected and IoT projects.
Arduino excels at controlling electronics and real-time hardware. Raspberry Pi gives you a complete computing environment for Python, Linux, AI, computer vision and more advanced applications.
Intermediate MakerVerse is designed for makers who already understand the fundamentals and are ready to build more capable projects using Arduino, ESP32, Raspberry Pi, Robotics, IoT and Artificial Intelligence. Move beyond basic circuits and explore sensors, modules, communication, automation and more structured programming through hands-on builds.
Build on what you already know and start combining multiple components, programming concepts and technologies. Each project helps you understand how individual parts work together to create practical systems, connected devices and intelligent prototypes.
Combine sensors, modules, motors and controllers to create multi-component electronics and automation projects.
Work with structured code, sensor data, logic, communication and control systems while solving real project challenges.
Move into connected devices, robotics, automation and intelligent applications using modern maker platforms.
Pick a technology such as Arduino, ESP32, Raspberry Pi, Robotics, IoT or AI based on the type of project you want to build.
Work with sensors, modules, motors and communication interfaces while applying programming concepts to make your projects respond and interact with the real world.
Turn your ideas into working prototypes, automation systems, robotics applications and connected devices through practical hands-on projects.
You're already familiar with the basics. Before jumping into intermediate projects, make sure your development environment, core components and essential maker skills are ready for more complex builds.
Basic programming, Arduino concepts, simple circuits, digital and analog inputs, and fundamental electronics knowledge are recommended.
1–2 hrs
Designed for makers who have completed beginner projects and are ready to work with more complex hardware, programming and automation.
IDE installed, board connected, libraries configured, components available and basic Arduino projects already completed.
Move beyond basic circuits and build real-world systems using ESP32, Raspberry Pi, IoT, sensors, wireless communication, automation and computer vision.
Build on your existing fundamentals and progress through sensors, structured programming, communication, IoT and automation before taking on your own intermediate-level projects.
Review circuits, pins and core programming.
Read and process real-world sensor data.
Build cleaner logic and reusable programs.
Connect boards, modules and devices.
Send, monitor and control data remotely.
Combine sensors, motors and control logic.
Design and prototype your own solution.
Explore hands-on kits designed to help students build, experiment and learn through real-world projects.
2 Channel 5V Relay Module with Optocoupler This is a 2-channel 5V relay module 10A. It can be used to control various appliances and other equipment with a large current. This 5V 2 channe...
Strengthen your electronics and programming skills through practical modules covering sensors, communication, IoT, automation, robotics and real-world system development.
Go beyond basic sensor readings. Work with temperature, motion, distance and environmental sensors while learning how to process and interpret real-world data.
Write cleaner programs using functions, conditions, loops, data handling and reusable code for more complex hardware projects.
Connect multiple devices using serial communication, Wi-Fi, Bluetooth and other communication methods used in connected electronics systems.
Send sensor data to the cloud, monitor devices remotely and build connected systems using ESP32 and IoT platforms.
Combine sensors, actuators and programming logic to create systems that can monitor conditions and respond automatically.
Work with motors, motor drivers, sensors and control algorithms to build more capable robotic systems.
Combine hardware, software, sensors and connectivity into complete smart devices designed around a real-world problem.
Bring everything together and design, prototype and test your own intermediate-level project from idea to working prototype.
Learn practical Arduino and IoT concepts through step-by-step video tutorials from Robocraze.
Build a DIY fingerprint-based home security system using an Arduino UNO and a fingerprint sensor. Learn enrollment, authentication and access control.
Create an automated irrigation system using soil moisture sensing and Arduino to efficiently water plants while conserving water.
Monitor environmental conditions in real time by building an Arduino-based weather station that uploads sensor data to the cloud.
Put your growing skills into practice by building connected, automated and intelligent systems that go beyond basic electronics projects.
Connect ESP32-based projects to Wi-Fi, exchange data and create devices that can be monitored or controlled remotely.
Combine sensors, actuators and programming logic to create systems that detect conditions and respond automatically.
Work with motors, sensors, motor drivers and control logic to create robots capable of interacting with their environment.
Send sensor readings to cloud platforms, visualize live data and understand how connected devices communicate with online services.
Experiment with camera-based projects, object detection and computer vision concepts to give your hardware smarter capabilities.
Combine hardware, software and problem-solving skills to turn your own idea into a working intermediate-level prototype.
When your project gets more complex, debugging becomes part of the build. Use these quick checks to diagnose common ESP32, IoT, sensor, communication and hardware issues.
Your 24/7 intelligent AI companion for electronics, robotics, and embedded programming. Convert ideas into working code, generate schematics, and debug hardware instantly.
Arduino C++, Python, MicroPython & ESP-IDF
Clear step-by-step pin connections
Real-time compiler & hardware error fixes
Explore inspiring projects created by students and makers using Robocraze tutorials and components.
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Explore Project →Get answers about intermediate projects, ESP32, IoT, sensors, robotics, troubleshooting and taking your maker skills to the next level.
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