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Getting Started with Raspberry Pi and LabVIEW
Learn how to connect Raspberry Pi with LabVIEW to create powerful automation, monitoring, and control systems in this step-by-step guide.
Created By Ashraf Said AlMadhoun
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Try Personal Plan for freeWhat You Will Learn
- Link LabVIEW with Raspberry Pi to create seamless communication between the two.
- Install and configure LabVIEW, NI-VISA Library, and MakerHub LINX software.
- Manage full Raspberry Pi operations remotely using LabVIEW.
- Develop custom LabVIEW interfaces to build interactive monitoring and control applications.
- Run LabVIEW virtual instruments (VIs) on Raspberry Pi independently.
- Complete setup for embedded system automation by installing LabVIEW on Raspberry Pi.
- Explore practical project examples for industrial and home automation.
Course Requirements
- A Raspberry Pi board of any model, such as Raspberry Pi 3, 4, or later.
- Basic LabVIEW knowledge, including interface and programming basics.
- Basic electronics experience, especially with Raspberry Pi hardware.
- A computer with internet access for software installation and remote control.
Course Description
Unlock the power of Raspberry Pi and LabVIEW to create real-world automation and control systems. This beginner-friendly course guides you through hardware and software setup, installation, and interfacing processes step-by-step.
Why Take This Course?
- Hands-on learning with step-by-step practical guidance.
- Learn real-world automation by connecting, monitoring, and controlling Raspberry Pi using LabVIEW.
- Save time and money by using Raspberry Pi instead of costly controllers.
- Gain industry-relevant skills ideal for engineers, students, and hobbyists interested in IoT and automation.
- Lifetime access with unlimited updates.
Course Highlights
- Installing and configuring LabVIEW on Raspberry Pi.
- Interfacing Raspberry Pi with LabVIEW using MakerHub LINX.
- Setting up NI-VISA and MakerHub LINX libraries.
- Remote control and data logging with LabVIEW.
- Running LabVIEW VIs on Raspberry Pi.
- Building graphical interfaces for sensor data monitoring.
Who Should Enroll?
- Electronics hobbyists interested in Raspberry Pi and LabVIEW integration.
- Engineers and developers using Raspberry Pi for automation and control.
- Students and educators applying LabVIEW to embedded system projects.
- DIY makers building custom monitoring and control solutions.
About the Instructor
The Educational Engineering Team has over thirteen years of experience teaching LabVIEW, Raspberry Pi, IoT, and automation. With over 250,000 students trained globally, they deliver expert-led courses designed for real-world applications.
Why Learn From Us?
- More than 250,000 students worldwide.
- Thirteen plus years of teaching experience.
- Practical and hands-
Course content
1. Introduction.mp4
2. Hardware and Software Requirements.mp4
1. Very Important Note To Avoid Implementation Errors.mp4
2. Download and Install LabVIEW.mp4
3. Download and Install VISA and LINX.mp4
4. Download and Install Operating System on Raspberry Pi.mp4
1. Raspberry Pi Hardware and Software Setup.mp4
1. Connect to Raspberry Pi Using Putty.mp4
2. Connect to Raspberry Pi Using VNC.mp4
1. How to Get LabVIEW LINX Examples to Test the Environment.mp4
1. First Raspberry Pi Led Control Practical Example LabVIEW.mp4
2. Practical Led Control Example.mp4
3. Create Your Own VI to Control Raspberry Pi.mp4
1. Create Digital Read and Write Example.mp4
1. LabVIEW Step by Step Introduction.mp4
2. What is LabVIEW.mp4
3. Compare LabVIEW with traditional Tools.mp4
4. LabVIEW Fundamentals Flow of data.mp4
5. LabVIEW Environment.mp4
6. LabVIEW Environment - Continue.mp4
7. Common Data Types.mp4
8. LabVIEW Key Features.mp4
9. Run LabVIEW.mp4
10. Express VIs VIs and Functions.mp4
11. Tools Palette and Status Toolbar.mp4
12. First Example Creating VI.mp4
13. Help Options.mp4
14. Exercise 1 Convert C to F.mp4
15. For Loop and While Loop.mp4
16. Charts.mp4
17. Arrays.mp4
1. Introduction and What you will get when you join.mp4
2. Quick Intro To Raspberry Pi World.mp4
3. 10 Uses for Raspberry Pi Board.mp4
4. Different Versions of Raspberry Pi.mp4
5. Raspberry Pi Components.mp4
6. OS Versions Available for Raspberry Pi.mp4
7. Arduino Vs Raspberry Pi Vs BeagleBone.mp4
8. Course Material Works with any high tech board!.mp4
9. What do you need to Run The Raspberry Pi.mp4
10. Getting OS and Running Raspberry Pi.mp4
11. Setting Up Raspberry Pi for the First Time.mp4
12. Simulating Raspberry Pi.mp4
13. A tour inside Raspberry Pi Operating System.mp4
14. Raspberry Pi Command Line.mp4
15. Updating Software Packages.mp4
16. Control Raspberry Pi from another Device using SSH.mp4
17. Control Raspberry Pi from another Device using VNC Server.mp4
18. Assign A fix IP Address for Raspberry Pi Board.mp4
19. Connecting Raspberry Pi to another computer using Network Cable.mp4
20. Programming GPIO with Python.mp4
21. Python and Your First Code.mp4
22. Installing the Control Library.mp4
23. Example 1 Blinking Led.mp4
24. Example Two Reading Input Values From A Switch.mp4
25. Example Three Running the Led Using LDR.mp4
26. Example Four PIR Motion Detector.mp4
27. BCM Numbering instead of Numbering by Order.mp4
28. Adafruit Protection Box and Connection Cable.mp4
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Instructor
Ashraf Said AlMadhoun is a passionate educator and entrepreneur dedicated to inspiring individuals through online learning. Since 2007, Ashraf has been teaching thousands of students via his online education platform, Educational Engineering School, helping them acquire new skills and unlock their potential to become better versions of themselves.
What Do You Want to Learn?
Ashraf offers a variety of courses tailored to meet diverse needs, including:
Learning how to monetize skills as an Embedded System Developer.
Building a 6-figure business from scratch.
Gaining expertise in coding, circuit design, and soldering electronic components.
Creating impactful and innovative projects.
Starting an embedded systems career to develop great projects, simulate designs, program, and create PCB boards.
Launching a freelance career in embedded systems.
With a 30-day money-back guarantee and ongoing course updates, Ashraf ensures his content remains relevant and impactful.
About Ashraf
Ashraf holds a Bachelor’s degree in Mechatronics Engineering from Azhar University, where he honed his skills in embedded systems using Arduino, PIC Microcontrollers, and related technologies. After graduating, he began his teaching career as a Teacher Assistant at his alma mater and later at a local college. These experiences ignited his passion for sharing knowledge and inspired him to establish his online education brand, Educational Engineering School, which has empowered over 450,000 students globally.
Interests and Passions
When he’s not teaching, Ashraf enjoys playing football, biking, traveling, and spending quality time with friends and family. A dedicated football enthusiast, he also loves exploring new cultures and cuisines.
Mission
Ashraf is driven by the desire to help others achieve their dreams. He aims to empower students to become skilled Embedded System creators, monetize their expertise, and build fulfilling careers.
Join one of Ashraf’s courses today and start transforming your skills into opportunities!
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