The document discusses LabVIEW, a graphical programming language developed by National Instruments. It was originally created in 1988 to interface with scientific instruments. LabVIEW uses icons instead of text to create programs. It is widely used in engineering and science due to its ease of use, speed of development, and ability to interface with instruments. The document promotes LabVIEW certification training offered by National Instruments and provides examples of LabVIEW projects for testing and measurement.

1. A Presentation on

2. . Lab VIEW is a graphical programming
language that uses icons instead of lines of
text to create programs.
. LabVIEW program called Virtual Instrument
produced by National Instruments in 1988.
. LabVIEW is a much loved tool of the scientist
and engineer.
. Jeff Kodosky is the “Father of LabVIEW”.

3. What is it?
Laboratory Virtual Instrument
Engineering Workbench.
Development environment for the G
language.
Produced by National Instruments for
all major operating systems.
Originally developed for
communication with lab devices.
A really useful tool.

4. Why use Lab VIEW?
Easy to Learn - Intuitive.
No Syntax
Source code reads like schematic
•.
Speed of development.
Ready made controls for many instruments
Support.
Easy and instant debugging.
Power – Instant Parallel threads.
No memory concerns. (Within Reason)
As versatile as text-based languages.
Fun. Honest!

6. LM35
Thermistor
PT100

22. Entry-level Lab VIEW certification
 Demonstrates a broad
understanding of Lab VIEW core
features and functionality
Shows ability to read and interpret
existing Lab VIEW code
To maintain credentials Benefits
include use of certification

23.  Training sessions handled by National
Instruments (NI) experts.
 Those who got CLAD certificates names will
be published in NI website.
 As a value added course students have
more chance to place in core companies.
 After training Students will able to do
projects in Lab VIEW.

29.  Integrity of a material, component, or structure
 Advanced High-Strength Steel Resistance Spot
Weld
 Automated Testing of Micro shutters
 Tube Impedance Measurement System for
Acoustical Material Testing
 Vibration Monitoring
 Automated Ultrasound Testing of Pipes

30.  Full surface defect detection on hot condition
for long steel products
 Non-invasive detection of explosive materials
 Portable Packaging Test System
 Developing a Monitoring and Control System
for Structural Aircraft Testing
 Structural Engineering

31.  Wind tunnel force Measurements
 Pressure Measurements
 Heat flow
 Composite Acoustical Measurement
 Universal Testing Machine
 Stress & Strain data's can be extrapolated
 Beams Subjected to combined loading
 Supersonic & hypersonic tunnel temperature
measurements

32.  Inspecting transparent materials for material
defects.
 Testing Clutch Drive Plate Production
 Vibration Monitoring
 In Designing Low-Cost Mechanical Relay and
Ch-to-Ch Isolated Digital Input Devices
 Tube Impedance Measurement System for
Acoustical Material Testing
 Develop a Catalyst Testing Unit

33.  Control and Monitoring for Industrial
Machinery
 Real-time test cells are incorporated in a wide
array of applications, ranging from simple
dynamometers to complex multiaxis servo-
hydraulic .
 aircraft instrument system-It displays flight
indicator, engine indicator and navigation
system.

34.  Materials Testing And Characterization
 Monitoring the Engine Performance of a
Formula Student Race Car
 Prototyping a Hybrid Fuel Formula Student
Car
 Developing three test benches for AC, DC, and
auxiliary power unit (APU) alternators on a
military aircraft model
 High-Level Prototyping Hardware and
Software in Machine Control Applications