How is LabVIEW used?
Zippia reviewed thousands of resumes to understand how labview is used in different jobs. Explore the list of common job responsibilities related to labview below:
- Developed LabVIEW testing environment for Power-Over-Ethernet applications addressing the specifications of diode protection customers needed on Ethernet data lines per application.
- Planned, purchased, programmed, and implemented complete LabView automation system for cutting-edge silicon carbide production facility.
- Developed a data acquisition program with LabVIEW to model the relationship between ultimate tensile strength and material composition.
- Developed LabVIEW programs that utilize signal generation and data acquisition to autonomously perform end-of-line product tests.
- Authored LabView programs to remotely control instrumentation over an internal network using serial communication over IP.
- Programmed National Instruments data acquisition unit using LabView for communication with load cell and position sensor.
Are LabVIEW skills in demand?
Yes, labview skills are in demand today. Currently, 1,947 job openings list labview skills as a requirement. The job descriptions that most frequently include labview skills are biomedical engineering internship, laser engineer, and electronics test engineer.
How hard is it to learn LabVIEW?
Based on the average complexity level of the jobs that use labview the most: biomedical engineering internship, laser engineer, and electronics test engineer. The complexity level of these jobs is challenging.
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What jobs can you get with LabVIEW skills?
You can get a job as a biomedical engineering internship, laser engineer, and electronics test engineer with labview skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with labview skills.
Biomedical Engineering Internship
Job description:
In a biomedical engineering internship, an intern's duties usually depend on the directives of a supervising staff or manager. Typically, their responsibilities revolve around gathering industry and workplace insights while performing support tasks such as preparing and processing documents, answering calls and correspondence, organizing files, maintaining databases, running errands, and assisting staff in various preparations and procedures. They may also conduct research, study different subjects, and gather samples for laboratory procedures. Furthermore, as an intern, it is essential to familiarize and abide by the organization's policies and regulations, reporting to the managers should there be any problems.
- Biomedical Engineering
- CAD
- LabVIEW
- PowerPoint
- C++
- Medical Equipment
Laser Engineer
Job description:
A laser engineer is one who specializes in making and developing laser devices or machines that is for laser purposes. They supervises the laser team in operating and ensuring that all laser-related equipment is functioning well. They can also specialize in doing advanced optics or optic devices. Their responsibilities include the regular monitoring and optimization of laser outputs as well as finding out a reasonable solution on how to handles laser issues that will be arising.
- MATLAB
- Data Collection
- LabVIEW
- Data Analysis
- Optical Engineering
- Fiber Laser
Electronics Test Engineer
Job description:
An electronics test engineer tests plans for use on electronic products, components, and systems. As an electronics test engineer, you will be responsible for evaluating and testing these products to ensure their quality. This role will require you to perform other tasks that include developing digital test patterns for mix signal testing and ASIC, developing procedures and test plans for electronic components and systems, and writing instructions for system assembly. You will also be responsible for evaluating the performance of electronic systems and providing recommendations for improvements.
- RF
- LabVIEW
- C++
- Test Procedures
- Test Systems
- Troubleshoot
Fuel Cell Engineer
Job description:
A fuel cell engineer is tasked with the design, evaluation, or construction of components or systems that make up a fuel cell. They are also tasked with designing and implementing any programs that deal with fuel cell testing or development. They write technical reports related to any engineering project and collaborate with other engineers to plan fuel cell reduction. On special occasions, they give specifications for materials that make up the fuel cell.
- Data Analysis
- FEA
- LabVIEW
- PEM
- Test Results
- Fuel Cell System
Electrical Test Engineer
Job description:
An electrical test engineer specializes in developing test structures to ensure the quality and efficiency of electrical systems and equipment. Among their responsibilities include understanding and identifying the needs of electrical projects, troubleshooting errors, gathering and analyzing materials to find defects and inconsistencies, conducting tests and examinations, and analyzing test results. Moreover, an electrical test engineer must also study and identify the root of problems, recommending and implementing solutions while adhering to the company's policies and regulations.
- Data Analysis
- LabVIEW
- C++
- Data Acquisition
- Test Procedures
- Test Results
Senior Manufacturing Test Engineer
- Test Equipment
- C++
- LabVIEW
- Test Fixtures
- Test Solutions
- Test Coverage
Manufacturing Test Engineer
Job description:
A manufacturing test engineer specializes in designing and developing test structures to ensure the quality of products according to the company's policies and standards. Their responsibilities include coordinating with the design team to determine test parameters, producing test documentation, troubleshooting, and performing quality assurance procedures. A manufacturing test engineer must also assess the existing test procedures to identify its strengths and weaknesses, implementing solutions as needed. Furthermore, they may assist the quality assurance teams in conducting tests, all while enforcing the company's policies and regulations.
- Test Equipment
- LabVIEW
- Troubleshoot
- C++
- Test Fixtures
- Test Software
How much can you earn with LabVIEW skills?
You can earn up to $64,219 a year with labview skills if you become a biomedical engineering internship, the highest-paying job that requires labview skills. Laser engineers can earn the second-highest salary among jobs that use Python, $85,319 a year.
Job Title  | Average Salary | Hourly Rate |
|---|---|---|
| Biomedical Engineering Internship | $64,219 | $31 |
| Laser Engineer | $85,319 | $41 |
| Electronics Test Engineer | $80,610 | $39 |
| Fuel Cell Engineer | $92,756 | $45 |
| Test Engine Operator | $80,247 | $39 |
Companies using LabVIEW in 2025
The top companies that look for employees with labview skills are L3Harris, Tesla, and John Deere. In the millions of job postings we reviewed, these companies mention labview skills most frequently.
| Rank | Company | % Of All Skills | Job Openings |
|---|---|---|---|
| 1 | L3Harris | 14% | 2,611 |
| 2 | Tesla | 11% | 2,290 |
| 3 | John Deere | 10% | 240 |
| 4 | Lockheed Martin | 9% | 6,561 |
| 5 | Raytheon Technologies | 5% | 45 |
Departments using LabVIEW
| Department | Average Salary |
|---|---|
| Engineering | $88,150 |
12 courses for LabVIEW skills
1. NI LabVIEW: Become a LabVIEW Test Engineer
Become LabVIEW Test Engineer: This is the most comprehensive, yet straight-forward, course for the LabVIEW on Udemy! If you are an engineer, want to start career in testing, or an engineering student, you are at right place. This course is for you! LabVIEW is one of the most wanted skill in automated test industry for past 2 decades. It is the graphical programming language enables automated test faster and easier any industry. This course consists of 90+ lectures and 12 hours of live development and debugging. Course featuring the followings: Industrial usage of NI LabVIEW and its ecosystemsFeatures of various LabVIEW Editions Installation of LabVIEW Student EditionDesigned with step by step instructions on basic LabVIEW syntaxesPractical ways to handle LabVIEWProject codes for practiceBest Industrial practiceData Acquisition TechniquesKey Takeaways Every concept has been incrementally revised and reused in examples to make sure students remember them automaticallyLive development and debugging sessions for most of the topics would give you clear idea of the conceptsPractical exercises on MAX configuration and backupsPractical programming practices for modular applications and projects( SubVIs and Reusability )You will gain full-confidence in LabVIEW and learn furtherYou can do your industrial / academic projects in LabVIEW...
2. Fuzzy Logic, Labview and Arduino
In this course you will learn Fuzzy Logic concepts and also you will apply this knowledge in real world applications to get you quickly for this amazing AI way, artificial intelligence also include hardware applications, not only software or code, for this reason here we will work with arduino as DAQ system. Course is under construction, monthly will be updated. This Course includes:- Understand and design of decision making Fuzzy Expert systems with examples.- How to design fuzzy systems.- How to implement fuzzy systems. The course also gives you:1. Code templates: you will get downloadable Labview code to complete by yourself with my help in lectures, understanding the goal and then solving the challenge.2. Training support: when you are learning, there will be questions based on the lectures, I always answer the student's doubts, but be careful, I won't do your projects, I will teach you how to solve your own challenges, when you ask, depends on the other students question I will answer your question in +/- 72h.3. Solutions for real world requirements: We will solve "simple" but real world requirements in the industry and also in home, it will be nice to share with you this knowledge… we will talk about interesting applications, helping to you to open your mind and understanding from simple systems going to complex systems...
3. The Ultimate LabView 2020 Course
This course will take an absolute beginner to intermediate level step by step; practically with examples, hints, quizzes and projects. In video lectures, subjects are explained with examples and hints for better & easier programming. At the end of sections there are quizzes for testing what is learned in the video lectures. There are three projects for using the knowledge of various subjects which were learned in the lectures. In the first lectures of the course, an introduction is done by explaining the LabView environment, LabView tools and basics. After that, programming fundamentals like case structures, for & while loops, arrays, most of the useful array functions and reading / writing data from a text file are explained. In the last parts, more LabView oriented topics like SubVI's, property nodes, data acquisition etc. are explained. These contents are practiced with projects listed as below: Project 1: Diameter - Circumference Calculator of a CircleProject 2: Rock - Paper - Scissors GameProject 3: A bank system with ID, Password and User Specific InfoAt the end of this course, you will be knowing the fundamentals of programming, you will be able to use data acqusition functions for NI hardware and also you will be able to create your own programs on LabView. If you have any questions about the content, please feel free to ask them!!...
4. Beginner to Advanced LabVIEW 2023
Laboratory Virtual Instrument Engineering Workbench (LabVIEW) LabVIEW is graphically based, meaning you drag around various building blocks and connect them in a data flow architecture. It's similar to drawing a block diagram, except you're drawing your code, as opposed to text-based languages like C# & VHDL where you type out in text what you want the software to do. There are likely some additional corner cases out there, but this covers the vast majority of applications we see at Viewpoint. Historically, LabVIEW has been widely adopted in the automated test realm, essentially becoming the de facto standard in that application space, whereas more recently it's been gaining traction within the realm of industrial embedded monitoring and control. LabVIEW is a software development environment created by National Instruments. Originally it was focused on taking measurements from various lab instruments, but it's expanded drastically from its inception. Strictly speaking, LabVIEW is not a coding language, it's a development environment. The language is actually called "G", but most people refer to LabVIEW as if it's a language (i. e., most people would say "it's coded in LabVIEW"). LabVIEW is used for 4 main purposes: Automated Manufacturing Test of a component/subsystem/system. Automated Product design validation of a component/sub-system/system. Control and/or monitoring of a machine/piece of industrial equipment/process. Condition monitoring of a machine/piece of industrial equipment. Here students can learn Basics of LabVIEW software. About IoT in LabVIEWAdvanced LabVIEW Fuzzy toolbox PID toolbox Control and simulation toolboxCLAD exam preparation. LabVIEW and Arduino interfacing with different sensors...
5. Hardware in Loop using LabVIEW 2023
Laboratory Virtual Instrument Engineering Workbench (LabVIEW) is a system-design platform and development environment for a visual (graphical) programming language from National Instruments. LabVIEW solves engineering challenges across a broad range of application areas. Hence it is an indispensable skill to have. LabVIEW is a Systems Engineering Software for applications that require test, measurement, and control. Participants will get exposure to LabVIEW-based application development using standard PC-based software and interfacing field instruments through Data Acquisition Hardware. Many startups use LabVIEW for rapid prototyping, building breadboard, and proof of concept systems prior to building the final shipping products. LabVIEW is especially valuable for companies who want to ship complex systems that need all of the embedded software, FPGA software, and client applications for the same product as LabVIEW allows developing the whole stack in a single high-level language cutting the total development cost and time significantly. In addition, many companies use it for testbeds, R & D tools, and manufacturing and service tools for hardware products that were developed using some other embedded programming languages. Here students can learn some basics of LabVIEW software. How to acquire an analog signal using NI USB 6001 DAQ card. How to generate an analog signal using NI USB 6001 DAQ card. How to acquire a digital signal using NI USB 6001 DAQ card. How to generate a digital signal using NI USB 6001 DAQ card. How to acquire an analog signal using NI MY DAQ card. How to generate an analog signal using NI MY DAQ card. How to acquire a digital signal using NI MY DAQ card. How to generate a digital signal using NI MY DAQ card. How to acquire an analog signal using NI MY RIO. How to generate an analog signal using NI MY RIO. How to acquire a digital signal using NI MY RIO. How to generate a digital signal using NI MY RIO. Learn about NI ELVIS II+IoT using LabVIEW...
6. Complete LabVIEW Image Processing & Machine Vision Course
Are you going to learn image processing and machine vision? Do you want to learn it in one of the easiest and interesting programming softwares? So join. Image processing is a technology by which you can perform some changes on an image, in order to do measurement, calibration, identification, control in different industries such as production, medicine, meteorology, astronomy, military and security. Machine vision is a type of technology that provides automatic inspection, identification, measurement, control and analysis. One of the amazing features of machine learning is that it can be integrated with deep learning and machine learning technologies which might help business and organizations a lot. In this course we learn LabVIEW image processing and machine learning. This course is a project based in which all subject are taught with their real world application. Gamification and psychological techniques have been used in this course to maximize the efficiency of learning. Also in this course, instead of working with vision assistance, we learn all the subjects block by block which help you learn the real and principle way of LabVIEW image processing and Machine Vision. Therefore, some of the topics we learn in this course are as the following: LabVIEW Image Processing: • Color processing• Morphology• Overlay• Operators• Feature detection• Measurement• Image analysisLabVIEW Machine Vision: • Advanced feature detection• Pattern matching• Measure and Count• Tracking• Instrument Read• Optical Character Recognition...
7. Unleash the Power of Arduino with LabVIEW!
A Fusion of Two Giants: Elevate your Arduino capabilities by integrating it with LabVIEW, a powerful graphical development environment. In this course, you'll journey through the process of linking the microcontroller prowess of Arduino with the visual interface of LabVIEW using LINX, allowing for richer project development and visualization. Course Highlights: End-to-End Integration: Learn the step-by-step process of interfacing Arduino with LabVIEW, ensuring smooth communication between hardware and software. Visualize & Control: Create intricate graphical representations of your Arduino circuits within LabVIEW, allowing for real-time monitoring and control. Hands-On Learning: Dive into practical sessions where you'll design, build, and test Arduino-LabVIEW integrations. Boost Your Projects: Whether it's for academic, industrial, or home automation projects, gain the expertise to elevate your creations. Why Choose This Course?Practical Oriented: Embrace a learning approach centered around real-world applications and hands-on exercises. Expert Guidance: Navigate the nuances of Arduino-LabVIEW interfacing under the mentorship of seasoned instructors. Community & Support: Join an enthusiastic community of learners, share ideas, troubleshoot issues, and collaborate on projects. Unlock New Possibilities: Imagine being able to control real-world objects with a graphical interface on your PC or visualizing sensor data in rich graphical formats. This course bridges the gap between the physical and digital worlds, empowering you to create dynamic projects with enhanced user experiences. Enrollment Benefits: Comprehensive Modules: Delve deep into topics with well-structured lessons. Resource Access: Gain access to valuable downloadable resources and reference materials. Lifetime Updates: Stay abreast of advancements with perpetual access to course content and updates. Our Commitment: Your learning journey is paramount to us. If you feel this course isn't the right fit, we offer a 30-day money-back guarantee. We're committed to providing you with the best learning experience possible. Take the Leap! Harness the combined potential of Arduino and LabVIEW. Dive into a world where microcontroller functionality meets visual brilliance. Enroll today and redefine how you approach your Arduino projects...
8. Complete learning of Labview in 8 hours
A comprehensive course for the ones who've just started labview and the ones looking to enhance and do advanced projects In this series, by presenting a whole fundamental method of teaching the different parts of the course in certain projects and simple yet practical examples, we have tried to provide those who lack necessary information in this regard or have just begun working with labview, in order to enter this industry and start creating functional project. A comprehensive course for the ones who've just started labview and the ones looking to enhance and do advanced projects In this series, by presenting a whole fundamental method of teaching the different parts of the course in certain projects and simple yet practical examples, we have tried to provide those who lack necessary information in this regard or have just begun working with labview, in order to enter this industry and start creating functional project. A comprehensive course for the ones who've just started labview and the ones looking to enhance and do advanced projects In this series, by presenting a whole fundamental method of teaching the different parts of the course in certain projects and simple yet practical examples, we have tried to provide those who lack necessary information in this regard or have just begun working with labview, in order to enter this industry and start creating functional project...
9. Certified LabVIEW Associate Developer (CLAD) Practice Exams
The practice tests cover all three domains as per the latest CLAD-2017 preparation guide. NamelyHardware (10% of exam questions)LabVIEW Programming Environment (25% of exam questions)LabVIEW Programming Fundamentals (50% of exam questions)Programming Best Practices (15% of exam questions)What's included in this practice examThere are 6 practice exams with 345 unique questions. Practice exams follow the official blueprint and topic areas. You can take the test as many times as you like. You can pause the test at any time and resume later. If time runs out, you can still complete the test. After completing the test, you will see the result immediately...
10. Learn Computer Vision and Image Processing in LabVIEW
Note! This course price will increase to $200 as of 1st February 2019 from $190. The price will increase regularly due to updated content. Get this course while it is still low. LATEST: Course Updated For January 2019 OVER 3040+ SATISFIED STUDENTS HAVE ALREADY ENROLLED IN THIS COURSE!................................................... Learn the basic concepts, tools, and functions that you will need to build fully functional vision-based apps with LabVIEW and LabVIEW Vision Development Toolkit. Together we will build a strong foundation in Image Processing with this tutorial for beginners. LabVIEW Vision Development Toolkit Download and InstallationBasic Feature DetectionCircle, Color and Edge Detection AlgorithmsAdvance Feature Detection - Pattern Matching, Object Tracking, OCR, BarCodesA Powerful Skill at Your Fingertips Learning the fundamentals of Image processing puts a powerful and very useful tool at your fingertips. Learning Computer Vision in LabVIEW is easy to learn, has excellent documentation, and is the base for prototyping all types of vision-based algorithms. Jobs in image processing are plentiful, and being able to learn computer and machine vision will give you a strong background to more easily pick up other computer vision tools such as OpenCV, Matlab, SimpleCV etc. Content and Overview Suitable for beginning programmers, through this course of 26 lectures and over 4 hours of content, you'll learn all of the Computer Vision and establish a strong understanding of the concept behind Image Processing Algorithms. Each chapter closes with exercises in which you will develop your Own Vision-Based Apps, putting your new learned skills into practical use immediately. Starting with the installation of the LabVIEW Vision Development Toolkit, this course will take you through the main and fundamental Image Processing tools used in industry and research. At the end of this course you will be able to create the following Apps: App 1 - Counting M & Ms in an Image, App 2 - Color Segmentation and Tracking, App 3 - Coin Blob detectionApp 4 - Blob Range EstimationApp 5 - Lane Detection and Ruler Width MeasurementApp 6 - Pattern or Template Matching to detect Complex ObjectsApp 7 - Object TrackingApp 8 - Bar code RecognitionApp 9 - Optical Character Recognition (OCR)With these basic and advanced algorithms mastered, the course will take you through the basic operation of the theory behind each algorithm as well how they applied in real world scenarios. Students completing the course will have the knowledge to create functional and useful Image Processing Apps. Complete with working files, datasets and code samples, you'll be able to work alongside the author as you work through each concept, and will receive a verifiable certificate of completion upon finishing the course. We also offer a full Udemy 30 Day Money Back Guarantee if you are not happy with this course, so you can learn with no risk to you. See you inside this course...