Master Arduino & LabVIEW: Build Interactive Electronic Projects

What you will learn:

Arduino circuit design
Arduino programming (C language)
LabVIEW programming
Serial communication (Arduino & LabVIEW)
Data acquisition with LabVIEW
Building interactive GUIs
Control systems development
Embedded systems integration
Troubleshooting techniques
Real-world project implementation

Description

Unlock the power of embedded systems! This comprehensive course guides you through the exciting world of integrating Arduino and LabVIEW. Learn to build interactive projects by seamlessly connecting the physical world of Arduino with the visual programming environment of LabVIEW. Whether you're an engineering student, hobbyist, or professional, this step-by-step course equips you with practical skills to create innovative projects. We'll cover essential concepts, including Arduino circuit design, C programming for Arduino, LabVIEW programming, and robust serial communication between Arduino and LabVIEW. No prior electronics or programming experience is necessary. Start building incredible projects today!

What you'll achieve:

Design and build interactive Arduino circuits.
Master Arduino programming using C.
Design intuitive user interfaces with LabVIEW.
Establish efficient serial communication between Arduino and LabVIEW.
Create robust and functional data acquisition systems.
Develop sophisticated control systems for various applications.
Build a strong foundation in embedded systems development.

Who should take this course:

Engineering students aiming to build advanced projects.
Electronics hobbyists eager to expand their skillset.
Professionals seeking to enhance their skills in data acquisition and control systems.
Anyone interested in creating interactive electronic projects.

Join now and start your journey to mastering Arduino and LabVIEW!

Curriculum

Introduction and Quick Overview

This introductory section provides a comprehensive overview of the course, its objectives, and the technologies involved. It begins with an introduction to the course structure and instructors, followed by a detailed explanation of what you will learn and the importance of integrating Arduino with LabVIEW. The section culminates in an introduction to Arduino itself, emphasizing its utility in diverse projects, including engineering, industrial, and home automation applications. Specific lectures cover introductions, course goals, Arduino's capabilities, and the benefits of interfacing with LabVIEW.

Hardware and Software Requirements

This short but crucial section details the necessary software to successfully follow the course. It provides a clear and concise list of software requirements to avoid any potential setbacks in the learning process.

Important Considerations

This section highlights important notes regarding the review process and provides essential context for working with LabVIEW. It ensures learners understand the methodology and expectations throughout the course.

LabVIEW Fundamentals

This section offers a quick introduction to LabVIEW, laying the foundation for the following practical applications. It covers the essential elements of the LabVIEW environment and its functionality.

Practical Example: Temperature Monitoring System

This hands-on section guides you through the complete process of building a temperature monitoring system using an LM35 sensor. It covers the creation of the block diagram, the user interface (GUI) using the front panel, and the final steps in LabVIEW to bring the system to life. Each step, from sensor integration to visualization, is carefully explained.

Arduino LM35 Code and Schematic

This section focuses on the Arduino aspect of the temperature monitoring project, providing the necessary code and circuit diagram. The code is carefully explained, enabling learners to understand the logic behind the program. The schematic provides a visual representation of the circuit connections.

Circuit Assembly and Functionality

This section provides practical instructions for assembling the circuit and ensures the correct operation of the temperature monitoring system. It guides the learners through the process, offering support and clarification.

Software Installation Guide

This section acts as a comprehensive installation guide for all the necessary software, including Proteus Professional, Arduino IDE, LabVIEW, VISA library, and LINX library. Each step in the installation process is thoroughly explained, eliminating any potential confusion.

Mastering LabVIEW: A Step-by-Step Guide

This in-depth section provides a thorough introduction to LabVIEW, covering key concepts from basic functionalities to advanced features. It goes through the LabVIEW environment, data types, key features, and examples, building the learner's understanding from the ground up. Debugging techniques, sub-VIs, loops, charts, and arrays are all discussed and demonstrated. It includes exercises to reinforce learning.

Practice Test and Course Project

This section includes a practice test to evaluate understanding of the concepts covered and then culminates in a final course project that allows students to apply their knowledge and skills in building a more complex application.

Bonus Lecture

This section offers additional content, including potential gifts, coupons, and other valuable resources to further enhance the learning experience.