The Complete LabVIEW Programming 2024: Beginner to Advanced
Why take this course?
🎉 Master LabVIEW Programming from A to Z! 🎓
Course Title:
The Complete LabVIEW Programming 2020: Beginner to Advanced
Course Headline:
Learn Everything About LabVIEW Programming, Software, Sensors, Serial And Ethernet Data Acquisition (DAQ) of LabVIEW
Course Description:
Dive into the world of LabVIEW Programming with our comprehensive online course, designed to take you from a complete novice to an advanced LabVIEW programmer. Whether you're a student, researcher, engineer, or just a programming enthusiast, this course will equip you with the skills needed to excel in fields like mechanics, electronics, robotics, mechatronics, and beyond. 🏭🚀
What You'll Learn:
- Getting Started: We begin with installing LabVIEW and familiarizing yourself with the software environment.
- Data Mastery: Understand different types of data and apply your knowledge through a hands-on project at the end of the chapter.
- Programming Structures: From understanding the Case Structure to mastering loops (While loop, For loop), each concept is brought to life with practical projects.
- Advanced Concepts: Delve into Flat Sequence and Stack Sequence, Local Variables, Cluster and Array operations, Chart and Graph creation, Dialog and Prompt User functionalities, and Sub VI design.
- Data Handling: Learn how to save and read data in text and Excel files, a crucial skill for any programmer.
- Formulas & Controls: Get familiar with Formula Node, proper node and tab control mechanisms.
- Creating Executables: Transform your LabVIEW programs into executable software with the creation of .exe and setup files.
- Quizzes & Assessments: A quiz in the fifteenth chapter helps you identify your strengths and weaknesses in LabVIEW programming.
Hardware Connection & Sensors:
- Data Acquisition: Start with NI Data Acquisition USB 6009 and learn about digital, analog inputs and outputs, and counter input.
- Practical Projects: Engage in nine practical projects using just six different signals to deeply understand the capabilities of NI USB 6009.
- Data Logging: Gain expertise in data logging within LabVIEW and hardware connection.
- Serial & Ethernet DAQ: Explore serial Data Acquisition and learn to program with TC-IP for different types of Ethernet DAQs.
- Ethernet DAQ Project: The final chapter introduces you to Ethernet DAQ, teaching you how to create programs for TC-IP connections with various Ethernet DAQ devices.
Course Requirements:
- Basic PC Proficiency: You should be comfortable using a PC to get the most out of this course.
Target Audience:
- Students & Researchers: In the fields of mechanical, electronic, robotics, mechatronics, and beyond.
- Industry Professionals: Those involved in industrial automation, looking to make smart houses, workplaces, or environments.
- Programming Enthusiasts: Anyone interested in expanding their programming skills with a focus on LabVIEW.
Why Take This Course?
- Real-World Application: Learn LabVIEW programming through projects that reflect real-world engineering scenarios.
- Comprehensive Learning: From hardware connection to data acquisition and beyond, this course covers it all.
- Skill Development: Gain practical skills that will enable you to create smart solutions for various industries.
- Versatile Skills: With LabVIEW proficiency, you can contribute to fields like medicine, transportation, energy, and more.
Join us on this journey to master LabVIEW Programming! 🧪💻🚀
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Comidoc Review
Our Verdict
The Complete LabVIEW Programming 2024: Beginner to Advanced course on Udemy offers a wide range of content for learners at different levels. With updated material from 2017 through 2024, it strives to provide an engaging and relevant learning experience in the field of LabVIEW programming. However, there are valid concerns regarding instructional quality, language barriers, poor explanations for tool choices, and underdeveloped real-world applications. In order to improve user satisfaction, updating audio and video components would be a valuable investment, as well as providing clearer explanations on tool choices, problem-solving methods, and more varied examples that reflect real-world challenges in labVIEW programming.
What We Liked
- Comprehensive LabVIEW programming course covering beginner to advanced topics
- Practical examples and projects that take learners through various labVIEW tools and functionalities
- Positive feedback on the course content, with some users finding the examples helpful and interesting
- Covers LabVIEW programming up to an intermediate level and teaches connections to different DAQs
Potential Drawbacks
- Concerns about the quality of instruction, including poor explanations for tool choices and a lack of clarity regarding problem-solving approaches
- Issues with language barriers and accents affecting comprehension for some users; subtitles are also reported to be unclear
- Criticism that examples are too basic or not applicable to real-world problems, with one user mentioning a need for better preparation and explanation of components
- Complaints about the course's audio and video quality, which can impact engagement and understanding