Hardware Control with Arduino and LabVIEW

Connecting microcontrollers to software often requires writing hundreds of lines of complex text-based code, which can slow down your hardware projects. By combining the versatile Arduino platform with the visual programming power of LabVIEW, you can design intuitive control panels and automate data acquisition rapidly. This text-based course guides you through the entire process of connecting, programming, and controlling Arduino hardware using LabVIEW. You will transition from understanding basic microcontrollers to reading sensor data and controlling physical outputs through custom-built graphical user interfaces. What you'll learn: - Understand the foundational concepts of Arduino microcontrollers and LabVIEW visual programming. - Configure serial communication protocols to establish a reliable connection between hardware and software. - Read real-time sensor data and display it on custom graphical indicators. - Control actuators, LEDs, and motors directly from your computer screen. - Implement modern data logging techniques to save sensor readings for analysis. - Troubleshoot common communication errors and optimize data packet transmission. The course starts with essential definitions and hardware terminology before moving step-by-step through interface setup, visual code block programming, and practical hardware control projects. It is designed specifically for beginners interested in electronics, instrumentation, or rapid prototyping, with no prior programming experience required. Start building your visual hardware control systems today.