Introduction to LabVIEW for Electrical & Software Engineers

Explore the uses and tools of labview, including installation steps, port configurations, toolkits and modules, and starting new projects with templates and project structures.

Use blank VI as the simplest unit to build graphical tools that show system information. Create projects for touch panel and SCADA workflows, managing dependencies and hardware drivers for software.

Create a LabVIEW project by selecting templates, then set up the front panel and block diagram. Connect inputs and outputs between the two windows to build and run the program.

Explore LabVIEW's tools window by right-clicking to view grouped tools you can search. See how graphical programming uses structures and loops, with arrays and clusters to be covered later.

Explore LabVIEW's graphical programming environment, including the front panel and block diagram, the function palette, project management, and security features for industrial applications.

Explore other LabVIEW features by examining run controls, aborts, and execution highlighting, and learn to organize graphical blocks, wires, and looks with the clean up diagram for readable programs.

Access functions by navigating the view to the functions menu or by right-clicking the left page; explore different layouts and how they relate to the front panel tools.

Explore the LabVIEW front panel and front area, access data and settings through graphical controls, and present results with graphs and numeric displays.

Demonstrates the LabVIEW block diagram area, showing how front panel controls and numeric, boolean, and string data interact, with file paths and data import for database access.

Learn how to access controls and indicators, distinguish inputs from data displays, and present data in graphical areas using graphs, views, and toolkit options in LabVIEW.

Explore the LabVIEW block diagram area, access functions via right-click and search, and wire terminals to build programs graphically.

Learn how to access and place LabVIEW function blocks using the right-click context menu, choose the appropriate function, and understand terminal inputs/outputs and color-coded data types that drive signal generation.

Explore LabVIEW’s help window to view function inputs, outputs, and descriptions. See data types, default values, and Hertz frequency units, and learn to search and access related functions.

Learn how LabVIEW blocks perform operations such as addition and array handling, manage terminals and data types, and explore built-in examples to build a program.

Explore how to design and reuse LabVIEW function structures by composing similar functions and navigating front panel menu to access input/output subroutines.

Explore chapter three's first programming step, focusing on loops and their conditions. Learn how LabVIEW implements the same loop concepts graphically as in other languages.

Master LabVIEW's graphical basics by exploring while loops, case structures, event structures, and sequences in assumption mode, including loop conditions and boolean logic for controlled execution.

Replace a while loop with a for loop in LabVIEW by setting an iteration count and wiring inputs and indicators. Grasp loop index versus count and observe real-time simulation speed.

Explore the LabVIEW case structure, its behavior like a switch, based on conditions to select true or false paths, with inputs, indicators, default cases, and multi-case options.

Explore configuring numeric initial amounts in LabVIEW by removing boolean options, wiring numeric controls, and managing a case structure with default cases, sorting, and removing empty cases.

Explore the sequences in LabVIEW, showing how to order, simulate, and run frames in a timed, non-parallel flow; learn stack sequences, sequence local data, and terminal data transfer.

Learn to use LabVIEW timing blocks to control loop delays with millisecond and high-resolution timing, and to timestamp logs with date and time for precise process control.

Learn to use the LabVIEW output indicator to display date and time, format time strings, convert to numeric data, and prepare time data for files, with arrays covered.

Master the LabVIEW numeric toolkit and initial mathematics, including numbers, variables, arrays, and arithmetic operations. See hands-on examples using constants, doubles, integers, and indicators.

Learn to run LabVIEW programs by building a block diagram with numeric functions such as absolute value, round to nearest, infinity rounds, square root, power, reciprocal, and sine.

Explore LabVIEW's numeric functions and type conversions among integers, floats, and complex numbers. Learn how different bit widths (8/16/32/64) and signed versus unsigned representations affect storage and operations.

Explore constant initial numbers in LabVIEW, including numeric types, machine epsilon, pi, e, and physical constants, and learn to use random number, division remainder, and complex number representations.

Explore boolean logic and digital data in LabVIEW, using and, or, not, exclusive or, and other basic operations to make decisions and control industrial processes.

Explore LabVIEW logic blocks, using boolean operators, switches, and indicators to model and visualize true/false conditions, inputs, and outputs with OR and AND operations.

Explore logic data and comparison operations in LabVIEW, including equal, not equal, greater than, and zero comparisons. Build loops and array comparisons to control flow and visualize results.

Demonstrate using the select block to route true or false data, with numeric and text examples, and illustrate constants, terminals, and type-aware outputs.

Explore LabVIEW's text function, from creating text components and string constants to performing text operations for front panel reports. Learn about spaces, end of line, case, substrings, and offsets.

Explore text conversion in LabVIEW by applying substring, offset, search, replace, and regular expressions to manipulate strings, format times, and generate updated text outputs.

Learn how to convert text to numbers and numbers to text in LabVIEW, covering decimal strings, numeric types, formatting, and precision control, with examples of text-to-number and number-to-text conversions.

Access various file types in LabVIEW, including text, image, video, and audio, and learn to open, log data, and create reports with text, Excel, and zip file workflows.

Explore file I/O in LabVIEW, learning how to access, open, read, write, replace, and close files, using paths and tools for text, binary, and special formats.

Explore how LabVIEW programs access files, ports, and external tools, and follow a four‑step workflow—initial settings, opening resources, sequential execution, and closing—to ensure proper operating system coordination.

Explore how to open, create, replace, and manage files in LabVIEW, including file paths, data types, access modes, and wiring concepts for project setup.

Explore file input and output in LabVIEW, including opening and closing files, reading and writing text, and managing paths and loops for continuous data handling.

Explore how to create and write to LabVIEW report files using the report toolkit, choose report types, and apply Word and Excel templates and formats to present stored data.