Learn LabVIEW

Learn how to navigate LabVIEW and use the block diagram, front panel, and Functions and Controls palettes.

Learn LabVIEW

1. LabVIEW Environment

Learn how to navigate LabVIEW and use the block diagram, front panel, and Functions and Controls palettes. Then explore how to use graphs and charts and build a user interface.

2. Graphical Programming

Examine the basics of graphical programming and methods to determine data flow and order of execution in the LabVIEW environment.

3. Programming Tools

Discover how to use important tools in LabVIEW that can save you time.

4. Debugging and Handling Errors

Learn how to use key debugging and troubleshooting tools that optimize code.

5. Data Types and Structures

Explore the different data types and methods to organize and group data, controls, and indicators in LabVIEW.

6. Signal Processing

Discover how some applications require analyzing the frequency components of signals and learn how to filter and perform an FFT on an array of data in LabVIEW.

7. Integrating Text-Based Programming

Examine how to reuse existing .m file or C++ based code for the processing and scaling of signals.

8. Execution Structures

See how to loop code and conditionally execute code in LabVIEW using For Loops, While Loops, and Case structures.

9. Help Within LabVIEW

Learn how to use Help resources in LabVIEW to better understand concepts and coding techniques.

Cumulative Exercise and Exam: LabVIEW

Assess your understanding of programming within the LabVIEW environment by completing the LabVIEW Basics Exercise. This exercise is recommended after you complete the seven modules in the LabVIEW Basic Concepts section. Additionally, test your understanding of LabVIEW concepts by attempting the LabVIEW Basics Exam. This exam is recommended after you complete the seven modules in the LabVIEW Basic Concepts section. The test includes 20 multiple choice questions.

Start the Exercise

Begin the Exam