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Eskisehir / Turkey - January 05, 2020 ; Arduino UNO board on black background, close up. Microcontroller for programming.

The eletrcial engineer use the computer coding for input program to bluetooth remote control circuit board in order to command simulation robot hand.

Closeup Young female engineer working late on robotic arm prototype in tech lab at night. Machine learning, computer manufacturing, innovation and creativity. AI and Robotics Development concept.

Small dc motor and an electronic board that can be programmed. Laboratory in the school. Microcontroller boards for stem education.

In a science project, a close-up view of a robotic arm against a white background captures the essence of coding, technology, robotics, and science. This image represents the exciting intersection of these fields, showcasing innovation and the future of technology.

STEM school concept. A metal robot and an electronic board that can be programmed. Robotics and electronics. DIY robotics. STEM education for kids. Flat lay. Free space for text. White background.

the science and technology of robots, as well as soldering electronic circuits.

Electronics components, Breadboard in box with jumper wires and breadboard, symbolizing DIY projects, circuit building, electronic prototyping, hobby technology, electrical engineering

Hand gently holding an electronic circuit board against a blue background, showing intricate wires and components, casting detailed shadow

Blueprint with the construction of a robotic car, electrical equipment, and work tools on the table at the home workshop

Robot diy assembly kit. Electrical components kit for building digital devices. Robotics parts and elements lying on a wooden desk. Electronics module set

Black and white male software developer programmers work together on robot hand machine coding, use computer control robotic arm circuit. Programming language, hardware development technology concept

Engineer inventing prototype. Robotic electronic module construction. Microcontroller programming. Hands working with electrical sensor.

A futuristic science classroom featuring a robotic arm and computer on a desk, representing the advancement of STEM education. This high-tech environment fosters innovation, artificial intelligence, and hands-on learning in robotics, engineering, and programming.

Close-up on hands of college student in robotics classroom. He is working on an electronic device. Horizontal close-up indoors shoot with copy space. STEM topic. No face. This was taken in Quebec, Canada.

Close-up of hands assembling robotics educational toy. STEM education concept

Students making a robot in STEM Technology Class Bangkok, Thailand.

Micro servo with gear and slider mechanism on a 3d printed frame controlled by a micro controller connected using jumper cables

Handmade robot learning KIT movement by wheel , science and technology concept

Back to school concept. A metal robot and an electronic board that can be programmed. Robotics and electronics. DIY robotics. STEM and STEAM education for kids. Free space for text.

scientist, electronic engineer holds an electronic chip in hand, Electronics components, Breadboard in box with jumper wires and breadboard, electrical engineering

London, UK, February 28, 2012: A Revision 3 Arduino Uno microcontroller mounted on prototyping board. Arduino is an open-source electronic prototyping platform that is flexible and easy-to-use. Intended for artists, designers, hobbyists, and anyone interested in creating interactive objects or environments.

This image shows a homemade tracked robot built using a microcontroller and structural components. Several colored wires connect various modules, indicating the robot is in the development or testing phase. In the background, a laptop with code on the screen suggests active programming and prototyping. The scene reflects innovation, STEM learning, and DIY robotics.

Unrecognizable schoolgirl, repairing her prototype of an autonomous self-driven robotic car, for a school science project, with a screwdriver

Close-up shot of engineer hands using simulation handset remote conrol the simulated robotics hand to moving after input the program to circuit borad and command in laboratory room.

Electronics circuit connections along with connected modules such as OLED and joystick that controls the servo motor

Ukraine, Kharkiv, 05.03.2017. Arduino Uno is a microcomputer that has its own memory and processor. The breadboard is designed to create prototypes of electronic devices.

In a classroom and workshop, there are neatly arranged robot crafting learning materials on the table, creating an educational and creative environment for STEM learning.

Back to school concept. A metal robot and an electronic board that can be programmed. Robotics and electronics. DIY robotics. STEM and STEAM education for kids. Free space for text.

Black and white male software developer programmers work together on robot hand machine coding, use computer control robotic arm circuit. Programming language, hardware development technology concept

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