Empowering IoT Education

Join us to explore IoT components, DIY projects, and hands-on training for students in India.

Empowering IoT Education Together

We provide IoT components, training, and resources, making India an educational hub for students to explore and create innovative IoT projects.

A collection of electronic components including an Arduino board, breadboards, batteries, potentiometers, and various sensors arranged neatly on a flat surface.

A collection of electronic components including an Arduino board, breadboards, batteries, potentiometers, and various sensors arranged neatly on a flat surface.

A microcontroller development board, breadboard, and various electronic components are arranged on a surface. Wires connect the components, indicating a circuit setup. The setting is clean with a focus on electronics and hardware prototyping.

A microcontroller development board, breadboard, and various electronic components are arranged on a surface. Wires connect the components, indicating a circuit setup. The setting is clean with a focus on electronics and hardware prototyping.

A small electronic project is assembled on a breadboard placed on a wooden surface. It includes wires, a microcontroller, and a display screen showing a humidity reading of 39% and a temperature of 25C. Various tools like wire cutters and digital components such as a seven-segment display are laid around it. A potted plant is visible in the top left corner.

A small electronic project is assembled on a breadboard placed on a wooden surface. It includes wires, a microcontroller, and a display screen showing a humidity reading of 39% and a temperature of 25C. Various tools like wire cutters and digital components such as a seven-segment display are laid around it. A potted plant is visible in the top left corner.

About Rkonics India

Our mission is to support students and educators in IoT, offering DIY tutorials, components, and hands-on training to inspire innovation and creativity.

IoT Education Hub

Empowering students with IoT knowledge through hands-on projects, training, and component supplies.

A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.

A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.

A breadboard with electronic components, including resistors and colorful jumper wires, is connected to a microcontroller on a wooden base. The setup is laid out on a vibrant yellow background.

A breadboard with electronic components, including resistors and colorful jumper wires, is connected to a microcontroller on a wooden base. The setup is laid out on a vibrant yellow background.

DIY Projects

Explore our DIY projects that help students create their own IoT devices and experiments.

Component Supply

We provide all necessary IoT components and support for students and institutions in their learning journey.

IoT Projects

Explore student projects showcasing creativity and innovation in IoT.

A series of electronic components displayed on a blue surface, including two black modules labeled 'Plant Wing' with colorful bar graphics and USB connectors. Two black capacitive soil moisture sensors version 1.2 are also present, with one shown connected via black cables.

A series of electronic components displayed on a blue surface, including two black modules labeled 'Plant Wing' with colorful bar graphics and USB connectors. Two black capacitive soil moisture sensors version 1.2 are also present, with one shown connected via black cables.

A close-up view of an electronic component labeled with WiFi capability, specifically the ESP8266MOD. The component has intricate circuit patterns and is situated near a digital display showing the number 17. The background includes blurry wiring elements and a slight red light glow, suggesting an electronic device setup.

A close-up view of an electronic component labeled with WiFi capability, specifically the ESP8266MOD. The component has intricate circuit patterns and is situated near a digital display showing the number 17. The background includes blurry wiring elements and a slight red light glow, suggesting an electronic device setup.

A breadboard setup with various electronic components including a microcontroller, jumper wires, resistors, and an OLED display showing a frequency. The components are mounted on a wooden base with a bright green background.

A breadboard setup with various electronic components including a microcontroller, jumper wires, resistors, and an OLED display showing a frequency. The components are mounted on a wooden base with a bright green background.

A small electronic circuit setup featuring a breadboard connected to a microcontroller and sensors. There is a red keypad sensor with numbered squares and a small LCD display adjacent to it, all placed on a pink background. Various colored jumper wires link the components together.

A small electronic circuit setup featuring a breadboard connected to a microcontroller and sensors. There is a red keypad sensor with numbered squares and a small LCD display adjacent to it, all placed on a pink background. Various colored jumper wires link the components together.

Student Reviews

Empowering students through IoT education and hands-on projects.

Rkonics has transformed my understanding of IoT with practical projects and guidance.

Aarav Sharma

Delhi, India

The resources provided by Rkonics are invaluable for students eager to learn IoT. Their support and training have made a significant difference in my projects.

Priya Mehta

Mumbai, India

★★★★★

★★★★★