Mentor Mitra AI is a smart educational toy with a custom ATmega328P PCB that integrates the AI Thinker VC02 chip,temperature sensing, interactive voice features, and a web dashboard for personalized learning insights.

This is a relatively simple, visually effective balancing robot project that only requires four components to make.

The ultimate robotic 'Swiss Army knife' for Raspberry Pi Zero 2 W. Meet a powerhouse 32-channel servo controller featuring an ultra-robust 3x 5A power delivery system, built-in 6-axis IMU, and RTC. Say goodbye to brownouts and cable clutter, and easily drive power-hungry hexapods, quadrupeds, or animatronics from a single, compact board.

The Self-Balancing Robot is a two-wheeled mobile robot that uses control theory and sensor feedback to maintain its balance, similar to how humans balance on two legs. It demonstrates fundamental principles of robotics, mechatronics, and control engineering. This project is designed as an educational tool to learn about sensors, actuators, control algorithms, and embedded systems.

A 3 dof arm robot is a personal assistant robot for lab and an added hand for hardware engineers in a lab to pick, place and hold in a collaborative woring space.

Project #12: Robotics - MOSFET - Mk28

Build a miniature DIY FPV drone that operates fully on Arduino hardware for a fun learning experience and thrilling living room racing.

Stepper driver with MOSFET

XRC PRO is a powerful, open-source RC transmitter and receiver system using STM32 and NRF24L01. It features real-time control.

ZoeTheRobot runs a home made custom chat bot that allows her to answer questions and follow spoken commands.

The Quadcopter Y1101 is a 3D SolidWorks–modeled, high-aerodynamic-resistance racing drone designed for precision, speed, and stability. This project merges simulation-driven design with hands-on fabrication, using 6-inch NACA-M18 propeller blades to maximize lift efficiency and maintain stability at high flight velocities. However, the blade design is fully parametric and customizable, meaning the propeller geometry can be modified or redesigned based on the research methodology being pursued. This allows engineers and researchers to explore performance variations across different airfoil profiles, pitch angles, and chord lengths, enabling targeted optimization for speed, stability, and flight precision in both racing and research applications. The Y1101 was created as a 3D-printable prototype platform for testing aerodynamic performance and control algorithms, bridging the gap between simulation-based design and real-world racing drone prototyping.

A simple board for controlling meltybrain robots, uses OpenMelt firmware.

This is certainly the simplest and cheapest object detection system that can serve perfectly for the presentation of the possibilities of this technology.

Beyond Beeps and MP3 Clips: Real Voice on MCUs.

Main advantages of THEREMINO AUTOMATION LANGUAGE ● Simplicity: The language is easy to learn, with a small set of keywords. It runs on Windows 10/11. ● Versatility: It can handle a wide range of automation tasks, from simple control sequences to complex interactions with hardware. ● Flexibility: The system can be used with a variety of hardware components and systems, and can communicate with other applications via slots. ● Accessibility: It is designed for those who do not have in-depth knowledge of programming, allowing a wide range of users to implement their ideas. ● Open Source: The Theremino system is open source and free. In summary, this language is a powerful and accessible that can allow technology enthusiasts to bring their projects to life. It combines simplicity and versatility and can be a valuable tool for a wide variety of automation tasks. If you know the basics of programming and are not a professional programmer, this language is perfect for you.

A camera robot for capturing dynamic product videos. Turntable rotates and arm swings around the turntable, carrying a professional camera, to record amazing videos.