The Complete LabVIEW Essentials – Code & Acquire Data Now
The Complete LabVIEW Essentials – Code & Acquire Data Now, available at $49.99, has an average rating of 4.62, with 142 lectures, based on 502 reviews, and has 1404 subscribers.
You will learn about The essentials of LabVIEW from a beginner through to an intermediate level Connect to Hardware for Data Acquisition The LabVIEW Environment How code executes in LabVIEW Native and Custom Data Types Five types of File Handling Error Handling Building and distributing an application How to structure software in a professional way using design patterns The software design process This course is ideal for individuals who are Scientists, Engineers, Students or anyone who wishes to learn LabVIEW or Anyone who needs to control, test, analyse or create software generally should learn LabVIEW It is particularly useful for Scientists, Engineers, Students or anyone who wishes to learn LabVIEW or Anyone who needs to control, test, analyse or create software generally should learn LabVIEW.
Enroll now: The Complete LabVIEW Essentials – Code & Acquire Data Now
Summary
Title: The Complete LabVIEW Essentials – Code & Acquire Data Now
Price: $49.99
Average Rating: 4.62
Number of Lectures: 142
Number of Published Lectures: 142
Number of Curriculum Items: 142
Number of Published Curriculum Objects: 142
Original Price: £54.99
Quality Status: approved
Status: Live
What You Will Learn
- The essentials of LabVIEW from a beginner through to an intermediate level
- Connect to Hardware for Data Acquisition
- The LabVIEW Environment
- How code executes in LabVIEW
- Native and Custom Data Types
- Five types of File Handling
- Error Handling
- Building and distributing an application
- How to structure software in a professional way using design patterns
- The software design process
Who Should Attend
- Scientists, Engineers, Students or anyone who wishes to learn LabVIEW
- Anyone who needs to control, test, analyse or create software generally should learn LabVIEW
Target Audiences
- Scientists, Engineers, Students or anyone who wishes to learn LabVIEW
- Anyone who needs to control, test, analyse or create software generally should learn LabVIEW
With almost 10 hours of training videos, demonstration code, and exercises, this course has been curated by an experienced LabVIEW professional to ensure beginners to LabVIEW are taught the most important topics, whilst also learning best programming practices.
From module 5 onwards, we will design, develop, document and deploy a course project based on customer requirements. This course project will teach you how to effectively create great code quickly!
LabVIEW is everywhere. There was a saying when I worked for National Instruments (NI – the inventors of LabVIEW) that ‘If You Can Turn It On, Drive It, Or Fly It, Changes are NI and LabVIEW Made It Happen’. This is certainly what I have experienced in my career when working for several different industries. LabVIEW is used by:
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Research & Development (R&D) teams to create software for test, measurement and control applications.
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Production lines to manufacture products.
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Engineers to monitor the structural integrity of buildings, bridges and tunnels.
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And many more scientists and engineers around the world!
LabVIEW is widely used by scientists and engineers for the following reasons:
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Development Time: A graphical programming environment like LabVIEW means (with appropriate training), anyone can develop large and often complex applications without requiring a software or computer science degree.
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Data Acquisition: Arguably, the most powerful aspect of LabVIEW is its ability to interface with any type of hardware. LabVIEW is excellent at communicating with any interface port on your PC using a huge array of communication protocols. If you own hardware from several different suppliers, there will be a way of making them all work together using LabVIEW.
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Interoperability: LabVIEW is a single development environment that can be used to create applications for desktop (Windows, Mac and Linux), embedded targets (Raspberry Pi, and other Real-Time Operating Systems (RTOS)) and even FPGAs (a type of programmable circuit).
If you are wanting to learn a versatile programming language that can be a gateway into several industries, then learn LabVIEW.
This training covers the following objectives:
Module 1: Getting Started with LabVIEW
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Prepare you and your computer to get the most out of this course.
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Understand what LabVIEW can be used for and who should be using LabVIEW.
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Learn how to navigate the LabVIEW environment and understand the components of a Virtual Instrument (VI).
Module 2: Dataflow and Datatypes
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Understand how to use and manipulate the key datatypes in LabVIEW.
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Use the debugging tools available in LabVIEW.
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Further your understanding of datatypes in LabVIEW.
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Understand what error handling is and how to implement it.
Module 3: Structures
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Learn how to make decision making code using case structures, and how to disable code using diagram disable structures.
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Understand how and when to use While Loops and For Loops, and the caveats of using the Run Continuous Button.
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Implement event driven code in LabVIEW, and understand the differences between polling code and event driven code.
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Understand the basic concepts and implementation of a State Machine.
Module 4: Connecting to Hardware
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Find out what a data acquisition device is, and how to communicate with them using NI MAX.
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Understand the key components of the DAQmx driver and how to use it in LabVIEW.
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Learn what NI-VISA is and how it can be used to communicate with non-NI instruments.
Module 5: Organising Applications
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To understand the design process.
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Find out the purpose of SubVIs and how to create them.
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Learn the key features of a LabVIEW project and how to organize your code.
Module 6: File Handling
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To understand the updated customer requirements for the course project.
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Understand how file types differ, and how to choose the appropriate file type.
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Understand the differences between path types and how to create directories in LabVIEW.
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Update the course project to meet all the customer’s requirements.
Module 7: Building an Application
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Understand the updated customer requirements for the course project.
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Learn how to create a custom run-time menu.
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Understand and create standalone applications.
Course Curriculum
Chapter 1: Getting Started With LabVIEW
Lecture 1: Welcome to the course
Lecture 2: What is LabVIEW?
Lecture 3: LabVIEW Case Studies
Lecture 4: Careers In LabVIEW
Lecture 5: Installing LabVIEW
Lecture 6: The LabVIEW Environment
Lecture 7: What's New in LabVIEW 2023Q3?
Lecture 8: Parts of a VI
Lecture 9: Creating a VI
Lecture 10: VI Front Panel
Lecture 11: Front Panel Tools
Lecture 12: Creating a Front Panel
Lecture 13: Front Panel Summary
Lecture 14: Block Diagram
Lecture 15: Rules of Dataflow
Lecture 16: Highlight Execution
Lecture 17: Functions Palette
Lecture 18: Quick Drop
Lecture 19: Creating a Block Diagram
Lecture 20: Block Diagram Demonstration Summary
Lecture 21: Help Introduction
Lecture 22: Context Help
Lecture 23: Detailed Help
Lecture 24: Example Finder
Lecture 25: Module Summary
Chapter 2: Dataflow and Datatypes
Lecture 1: Module Introduction
Lecture 2: String Introduction
Lecture 3: Demonstration String Functions 1
Lecture 4: Demonstration String Functions 2
Lecture 5: Demonstration String Functions 3
Lecture 6: Dialog Boxes
Lecture 7: Booleans
Lecture 8: Boolean Switching Mechanical Action
Lecture 9: Numeric Representation
Lecture 10: Coercion Dots
Lecture 11: Numeric Functions
Lecture 12: Numeric Display Format
Lecture 13: Troubleshooting Introduction
Lecture 14: Broken Run Arrows
Lecture 15: Highlight Execution
Lecture 16: Pause
Lecture 17: Probes
Lecture 18: Retain Wire Values
Lecture 19: Breakpoints
Lecture 20: More Datatypes
Lecture 21: Datatype Conversion
Lecture 22: Number to String Conversion
Lecture 23: String to Number Conversion
Lecture 24: Format Into String Function
Lecture 25: Scan From String Function
Lecture 26: Enumerated Types (Enums)
Lecture 27: Clusters
Lecture 28: Type Definitions
Lecture 29: Types of Control
Lecture 30: Array Introduction
Lecture 31: Creating Arrays
Lecture 32: Array Functions Part 1
Lecture 33: Array Functions Part 2
Lecture 34: Array Functions Part 3
Lecture 35: Multidimensional Arrays
Lecture 36: Error Handling Introduction
Lecture 37: Automatic Error Handling
Lecture 38: Manual Error Handling
Lecture 39: Module Summary
Chapter 3: Structures
Lecture 1: Decision Making Code
Lecture 2: Case Structures
Lecture 3: Case Structures – Enums
Lecture 4: Case Structures – Numeric
Lecture 5: Case Structures – Error Handling
Lecture 6: Case Structure – Tunnels
Lecture 7: Diagram Disable Structure
Lecture 8: Loops Introduction
Lecture 9: Run Continuous Button
Lecture 10: While Loops
Lecture 11: Software Timing
Lecture 12: For Loop Introduction
Lecture 13: For Loop Condition Terminal
Lecture 14: Auto Indexing Arrays using For Loops
Lecture 15: Conditional Tunnels
Lecture 16: For Loop Concatenating Tunnels
Lecture 17: Loop Feedback using Shift Registers
Lecture 18: Stacked Shift Registers
Lecture 19: Event Driven Code
Lecture 20: Notify and Filter Events
Lecture 21: Event Structure Recommendations
Lecture 22: State Machine Introduction
Lecture 23: Module Summary
Chapter 4: Connecting to Hardware
Lecture 1: Introduction to Data Acquisition
Lecture 2: NI Measurement and Automation Explorer (NI MAX)
Lecture 3: NI MAX – NI DAQ Test Panels
Lecture 4: Simulating NI DAQ Devices
Lecture 5: Testing Non-NI Instruments
Lecture 6: Using NI DAQ Devices in LabVIEW
Lecture 7: DAQ Assistant Digital Input Output
Lecture 8: DAQmx API Part 1
Lecture 9: DAQmx API Part 2
Instructors
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Thomas McQuillan
LabVIEW Architect and Chartered Engineer
Rating Distribution
- 1 stars: 1 votes
- 2 stars: 6 votes
- 3 stars: 24 votes
- 4 stars: 163 votes
- 5 stars: 308 votes
Frequently Asked Questions
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You can view and review the lecture materials indefinitely, like an on-demand channel.
Can I take my courses with me wherever I go?
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