Published 11/2025
Created by Zone Group
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 18 Lectures ( 2h 31m ) | Size: 1.3 GB
Learn LabVIEW–Arduino integration through hands-on projects in data acquisition, real-time visualization, PWM control
What you’ll learn
Understand how to interface Arduino boards with LabVIEW.
Implement real-time sensor data acquisition using LabVIEW and Arduino.
Design and configure Front Panels in LabVIEW to build interactive user interfaces.
Set up and integrate Arduino with LabVIEW using the LINX toolkit and firmware.
Implement and test real-time applications, such as LED control and button monitoring.
Requirements
No prior experience is required; learners only need LabVIEW software, an Arduino Uno with USB cable, and basic components like LEDs, buttons, and jumper wires.
Description
Building Interactive LabVIEW Projects with Arduino is a hands-on course designed to help you master the integration of LabVIEW and Arduino using the LINX Toolkit. Through structured, real-world exercises, you’ll learn to connect software and hardware for data acquisition, signal control, and system automation — essential skills for engineers, students, and hobbyists in the fields of mechatronics, control systems, and embedded design.The course begins with a step-by-step installation and configuration of the LINX Toolkit using the VI Package Manager (VIPM). You’ll then learn to build your first Virtual Instrument (VI) to communicate with an Arduino Uno, followed by practical examples that demonstrate how to acquire analog data, visualize signals, and control hardware components.Each module covers one complete project — from wiring circuits and writing code to testing and analyzing performance. Projects include reading potentiometer values, visualizing multi-channel analog data, and controlling LED brightness using Pulse Width Modulation (PWM). Every tutorial reinforces key LabVIEW concepts such as loops, error handling, shift registers, and real-time data visualization.By the end of the course, you’ll be able to design and implement your own LabVIEW–Arduino systems, combining sensors, actuators, and user interfaces for automation, monitoring, and control applications. No prior programming experience is required — just curiosity, a willingness to experiment, and an Arduino board ready to connect.AI Disclosure:Parts of this course description and instructional structure were developed with assistance from artificial intelligence tools (such as GPT). All content has been reviewed, edited, and approved by the instructor to ensure technical accuracy and educational quality.
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