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Labview Training For Engineering Graduates


Technologics’s Provide Training From the inception of an idea to the commercialization of a widget, on unique platform based approach to engineering and science applications has driven progress across a wide variety of industries. Central to this approach is LabVIEW, a development environment designed specifically to accelerate the productivity of engineers and scientists. With a graphical programming syntax that makes it simple to visualize, create, and code engineering systems, LabVIEW is unmatched in helping engineers translate their ideas into reality, reduce test times, and deliver business insights based on collected data. From building smart machines to ensuring the quality of connected devices, LabVIEW has been the preferred solution to create, deploy, and test the Internet of Things for decades.


Duration : 2 weeks

Timings : 3 hrs /day


LabVIEW Fundamentals:

  1. Introductions of LabVIEW
  2. Programming principles in LabVIEW
  3. Environmental basics in LabVIEW

Basics applications:

  1. Numerical
  2. Booleans
  3. Comparators

Loops and Sequences:

  1. While loop
  2. For loop
  3. Flat sequences

Structures and Nodes:

  1. Case structure
  2. Event structure
  3. Formula node

Data Handling Instructions:

  1. String functions and its applications
  2. Array functions and its applications
  3. Clusters, Wave-forms creations & File I/O.

Programming applications:

  1. Sub VI creations.
  2. Stand-alone files and installer development.

Internet:

  1. Remote panels creation and testing
  2. Web server development

Hardware Interfacing

Instrumentation drivers:

  1. VISA architecture explanations
  2. Various protocols and explanations

Embedded Devices and Controllers:

  1. GSM module interface and programming
  2. 8051 Microcontroller Interface

DAQ Interfacing: – NI USB 6009

Unit A: Theory

  1. Introduction of DAQ card system
  2. Technical specifications of NI USB 6009 DAQ
  3. Architecture of DAQ
  4. Digital I/O wiring configurations methods
  5. Different types of Analog I/O wiring
  6. LabVIEW software design for DAQ card

Unit B: Hardware Interface

  1. Process 1: – Acquiring and generation of Digital signals
  2. Process 2: – Acquiring analog values in DE and RSE method
  3. Process 3: – Generating analog output for various applications such as waveforms generations, LED brightness control, DC motor speed control.
  4. Process 4: – Integration of DAQ card with embedded devices such as GSM, Microcontrollers.
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