Labview 101

From Blocks to Brilliance: Your First Steps in LabVIEW

What you’ll learn
Fundamentals of LabVIEW: Get a solid grasp of LabVIEW’s graphical programming interface and core concepts.
Advanced Programming Techniques: Delve into complex algorithms, design patterns, and structures that enhance efficiency and scalability.
Project Development & Debugging: Build and debug real-world projects, tackling challenges step by step.
Modular Design & Data Visualization: Create clean, reusable VIs, and present results through LabVIEW’s powerful visualization tools.

Requirements
There is no prior experience required, even if you have never used LabVIEW before.
LabVIEW software.

Description
Introduction to Graphical ProgrammingLabVIEW 101 is an introductory course designed to provide students with a comprehensive foundation in graphical programming using National Instruments’ LabVIEW environment. Widely used in engineering, research, and industrial automation, LabVIEW offers a visual approach to programming that is both intuitive and powerful, especially for data acquisition, signal processing, and control applications.Throughout the course, students will become familiar with the LabVIEW development environment, including the Front Panel, Block Diagram, and various built-in tools and palettes. They will learn to create and manipulate Virtual Instruments (VIs), using controls and indicators to interact with users and visualize data. Core programming structures such as loops, case structures, and sequences will be introduced, along with LabVIEW-specific concepts like data flow execution and debugging techniques.A key focus of the course is on clean, modular code design. Students will learn how to build reusable subVIs and apply basic software design architectures such as state machines and event-driven programming. These practices not only improve scalability and readability but also reflect real-world development standards.By the end of the course, students will be equipped to design, implement, and troubleshoot functional LabVIEW applications, laying the groundwork for more advanced system development in engineering and scientific domains.Whether you’re new to programming or looking to expand your engineering toolkit, LabVIEW 101 offers a practical foundation for success.

Overview
Section 1: Introduction

Lecture 1 Introduction

Lecture 2 LabVIEW Environment

Section 2: Data Types

Lecture 3 Numeric Data Types

Lecture 4 Booleans & Some Customizations

Lecture 5 Strings

Lecture 6 Arrays

Lecture 7 Clusters

Section 3: Loops & Structures

Lecture 8 While Loop

Lecture 9 Case Structure

Lecture 10 Flat Sequence Structure

Lecture 11 Event Structure

Lecture 12 For Loop

Lecture 13 Decimal Number to Binary

Section 4: Data Display Elements

Lecture 14 Waveform Charts

Lecture 15 Waveform Graphs

Lecture 16 XY Graphs

Lecture 17 Lists & Tables (Property Nodes)

Lecture 18 Taylor Series (Advanced Plotting Toolkit)

Section 5: More About LabVIEW

Lecture 19 Debugging, Error and Error Handling

Lecture 20 LabVIEW & Excel

Lecture 21 SubVIs

Lecture 22 Action Engines (AE)

Lecture 23 Shortcuts & Plugins in LabVIEW

Section 6: Design Architectures

Lecture 24 What is a Project?

Lecture 25 Simple State Machine

Lecture 26 Queues (Producer & Consumer)

Lecture 27 ATM Project

For students who want to learn LabVIEW Fundamentals and develop their own LabVIEW projects.,For Programming beginners who are new to LabVIEW.,For Engineers and Scientists who want to learn LabVIEW and apply it in their work and research.

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