Nex-G Innovations

The objective of the LabVIEW Training and Certification program is to equip participants with comprehensive knowledge and practical skills in graphical programming using LabVIEW for system design, data acquisition, measurement, automation, and control applications.

This training aims to build expertise in developing, testing, and deploying applications across diverse industries such as telecommunications, electronics, manufacturing, and research. Through a structured learning path and hands-on labs, participants will gain proficiency in LabVIEW fundamentals, advanced features, and integration with hardware, preparing them to confidently achieve globally recognized LabVIEW certification and enhance their professional career prospects.

Code: NES_SK_289

Duration: 8 Weeks / 80 Hrs / Customized

Mode: Corporate (Instructor Led Online / Onsite), Individual (Instructor Led Online)

Certification: Certified LabVIEW Professional

+91-8826900551

• LabVIEW Environment, Front Panel & Block Diagram
• Dataflow Programming
• LabVIEW Documentation Resources
• Debugging Techniques

Module 2: Customizing VIs

• Configuring the Appearance of Front Panels
• Opening SubVI Front Panels when a VI Runs
• Keyboard Shortcuts for Controls
• Editing VI Properties
• Customizing the Controls and Functions Palettes

Module 3: Modular Programming

• Using SubVIs, Icons and Connector Panes
• Creating a SubVI from Sections of a VI
• Creating customised icons for SubVI

Module 4: Repetition and Loops

• While Loops
• For Loops
• Accessing Previous Loop Data using shift registers, stacked shift registers and Feedback nodes
• Communicating among parallel while loops, passing data between two loops and synchronizing loops during run-time

Module 5: Arrays, Clusters & Strings

• Arrays, Auto-Indexing of arrays
• Array Functions and different array operations
• Polymorphism and Polymorphic VIs
• Clusters & Cluster Functions, creating cluster, bundle and unbundle operations on clusters
• Error Clusters to capture and merge errors while running a VI
• String Functions for formatting and manipulating strings

Module 6: Plotting Data

• Waveform Charts
• Waveform and XY Graphs

Module 7: Making Decisions in a VI

• Making Decisions with the Select Function
• Case Structures: of Ring Control, Enumerated Ring Control, Tab Control, Error Cases
• Formula Node, MathScript Node
• Sequence Structures and controlling VI execution flow

Module 8: File I/O

• File I/O VIs and Functions
• High-Level File I/O VIs
• Low-Level File I/O VI and Functions
• Formatting Spreadsheet Strings

Module 9: Planning LabVIEW Applications

• Planning and Design Process
• Implementation Process
• LabVIEW Programming Architectures
• Creating a Simple User Menu
• LabVIEW Template VIs

Module 10: VI Design Techniques

• User Interface Design
• Block Diagram Layout
• LabVIEW Wiring Techniques
• Commenting in Block Diagrams
• Block Diagram Checklist
• Error Handling
• Hierarchical File Organization
• Sequence Structures

Module 11: Object Properties

• Property Nodes & Invoke Nodes
• Using Property nodes
• Invoke nodes to access properties of various front-panel objects
• Perform operations on the front panel objects
• Graph and Chart Properties
• Controlling Axis and Cursors in Graphs Programmatically
• Catching and Controlling user events on the front-panel by using Event Structures
• Control References
• LabVIEW Type Definitions

Module 12: Local and Global Variables

• Data Management Techniques in LabVIEW
• Local Variables
• Global Variables
• Functional Global Variables
• Using Local and Global Variables Carefully

Module 13: Sample Simulation project using LabView

• Apply LabVIEW programming concepts to design and implement a real-world simulation project
• Integrate data acquisition, analysis, and visualization tools within LabVIEW to demonstrate system functionality
• Develop problem-solving and project execution skills through hands-on simulation of industry-relevant applications

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