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