मुफ्त ऑनलाइन कोर्स Arduino and Microcontrollers Masterclass - UNO, Sensors, Motors, LCD, IR

कोर्स का विवरण

Arduino and Microcontrollers Masterclass - UNO, Sensors, Motors, LCD, IR is a free Hindi course built for professionals who want to move from first principles to practical embedded projects with Arduino UNO. You will develop a clear roadmap from beginner to advanced, learning how microcontrollers work, how Arduino fits into real-world prototyping, and how to turn ideas into working circuits and reliable code.

The course strengthens your foundations in electronics and tooling, including breadboards, modules, sensors, and safe measurement with a multimeter. On the programming side, you practice Embedded C for Arduino with hands-on logic building: binary basics, PWM control, conditions, loops, serial output and input, and structured problem-solving that improves coding confidence and debugging skills.

From there, you build project-ready skills by interfacing components and tuning behavior through code. You work with LEDs and RGB control, active and passive buzzers, analog reading using potentiometers and LDRs, and push-button input patterns such as pull-ups, toggles, and stepwise brightness control. These exercises help you understand signal flow, timing, and responsiveness in embedded systems.

Motor control is covered across common actuator types, including servo, stepper, and DC motors. You explore real interfacing methods with popular driver solutions and control motors through sensors and user inputs such as joystick modules and tilt sensors, learning how to wire, code, and iterate toward stable motion control.

Display and sensing complete the toolkit with LCD operation and I2C expansion, custom characters, scrolling, and interactive mini projects like tables and calculator-style outputs. You also work with ultrasonic sensing, serial plotting for visualization, and temperature and humidity sensing using common sensors, finishing with IR sensor and IR remote control projects that tie together input, processing, and output into complete Arduino applications.