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The Complete LabVIEW Programming 2024: Beginner to Advanced is an all-encompassing course on Coursera designed to transform novices into proficient LabVIEW programmers. Whether you are a student, researcher, engineer, or industry professional, this course offers valuable insights and hands-on experience to elevate your skills in the versatile world of LabVIEW. Course Overview: This comprehensive course begins with foundational knowledge, guiding learners through the essentials of installing and familiarizing themselves with the LabVIEW environment. It then progressively introduces core programming concepts, such as data types, case structures, timing blocks, and flow control loops, reinforced by practical projects that cement understanding through real-world applications. Key Highlights: - Hardware and Sensor Integration: The course extensively covers connecting and programming with hardware components like NI Data Acquisition devices (USB 6009), serial data acquisition, and Ethernet DAQ systems. You will learn to interface various sensors and acquire data effectively. - Data Management Skills: Students gain the ability to save and read data from text and Excel files, crucial for data analysis and reporting. - Advanced Programming Techniques: Topics such as Sub VI creation, clusters, arrays, charting, dialog prompts, and formula nodes provide a well-rounded skill set for complex programming tasks. - Software Packaging: The course teaches how to compile programs into executable files (.exe) and setup packages, enabling deployment of applications. - Practical Projects: Numerous hands-on projects, including sensor data logging, digital and analog input/output programming, and serial communication tasks, reinforce learning and prepare students for real-world engineering challenges. - Specialized Modules: The later chapters focus on advanced concepts like creating data acquisition systems via Ethernet, and programming over TCP/IP networks, broadening the scope of possible applications. Why Recommend This Course? The course’s structured approach—starting from basic installation to complex hardware interfacing—makes it suitable for beginners with a PC at a basic proficiency level. The inclusion of applicative projects ensures students can see how theoretical concepts translate into practical solutions. Its emphasis on hardware integration and data acquisition aligns well with industries involved in automation, robotics, electronics, and industrial control systems. Who Should Enroll? - Students in electronics, robotics, mechatronics, industrial automation, and related fields - Researchers seeking to incorporate data acquisition and hardware interfacing into their work - Engineers involved in automation, testing, or control systems - Programming enthusiasts eager to expand their skill set in industrial and embedded systems Final Thoughts: If you are looking for a thorough, project-based course that not only teaches you the fundamentals of LabVIEW but also prepares you for real-world applications, The Complete LabVIEW Programming 2024 is highly recommended. Its practical orientation, combined with comprehensive coverage of hardware and software topics, makes it an excellent investment for advancing your engineering and programming capabilities in the LabVIEW environment.
The Complete LabVIEW Programming 2024: Beginner to Advanced, aims to teach LabVIEW for those who are inexperienced and have not enough knowledge about it. In this course, despite teaching fundamental concepts, It has been tried to design some applicative projects in order to acquaint students with programming in the real world of engineering.In this course, first the requirements of LabVIEW and then the hardware connection and sensors are taught. In the first chapter, you will learn how to install LabVIEW. Then you learn the environment of the software. In the second chapter we teach you the different types of data and also you will do a project at the end of the chapter. In the second chapter, you will understand the case structure. At the end of this chapter, you will do a project to learn it practically. In the fourth chapter, you will get hat Timing Block is. In the fifth chapter, you will learn the most practical instruction of While loop and For loop. Moreover, A project has been designed to make students more acquaintance with these instructions. In the sixth chapter, you will learn Flat sequence and stack sequence. In the fifth chapter, you will learn local variable. N this chapter a project has been designed to boost your knowledge and skill on local variable. In the eights chapter, you will learn Cluster and array. In the ninths chapter, you will learn Chart and graph as well as Dialog and Prompt user. In the tenths chapter, you will get Sub VI. In the eleventh chapter, you learn how to save and read data in the text and excel files. In the twelfth chapter, you understand what Formula Node is. In the thirteenths chapter, you will learn proper node and tab control. In the fourteenth chapter, you will learn how to create exe and setup files in order to change your programs into the software. In the fifteenth chapter, there is a quiz. So you will get to know what are your strengths and weaknesses in LabVIEW and programming. In the sixteenth chapter, we start the hardware connection. So in this chapter you learn NI Data Acquisition USB 6009 as well as digital and analog inputs and outputs and also counter input. In the seventeenth chapter, there is nine practical and useful project in which we do them with just 6 different signals. This project helps you fully understand the inputs and outputs of NI USB 6009. Next, you will learn Data logging and its application in LabVIEW and hardware connection. In the eighteenth chapter, I will introduce a serial Data acquisition so as to get acquaintance with a serial connection and also the connection with different types of serial data acquisition in LabVIEW. In the nineteenth chapter, you will learn programming of digital and analog inputs and outputs as well as counter input. Finally, in the twentieth chapter, I will learn to introduce Ethernet DAQ. The aim of this chapter is to teach you the programming of TC-IP connection for different types of Ethernet DAQs. In this course students learn:How to work with different Data Acquisitions in different protocols such as NI USB 6009, Serial DAQ and Ethernet DAQ.How to work and launch different sensors.How to save data in LabVIEW.How to make houses, workplaces and environment smart. Note: in order to learn the course well you should:Being able to use PC at a beginner levelWho is the target audience?Students, researchers and engineers in the field of mechanics of electronics, robotics, mechatronics, industries, medicine and...industrial automationProgramming enthusiasts