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PROJECTS

//Active Vibration Monitoring System

System developed to stimulate the peizo material whith known frequency and vibration amplitude in g. Monitoring and analyzing the vibration using ICP type accelerometer.

 

Hardware:

 

  • ICP type single axis accelerometer

  • 4 channel IEPE Data acquisition system

  • Smart Shaker 

 

Software:

 

  • LabVIEW based customized software for vibration monitoring

  • Automatic data logging

  • Data Analyzer - logged data

  • synchronization between channels for acquisition

Handled this project at Structural Solutions Private Limited

//Dynamic Pressure Measurement System

Developed software to measure the dynamic pressure change in close end air-column. The system integrated by using two 4 channel data acquisition system and 2 dynamic pressure transducers

 

Hardware:

 

  • ICP type dynamic pressure transducers

  • 4 channel IEPE Data acquisition system

 

Software:

 

  • LabVIEW based customized software for pressure measurement

  • Automatic data logging with engineering value

Handled this project at Structural Solutions Private Limited

//Dual Channel Frequency Response Analyzer

This system is used to validate the operation and stability of Electro-Hydraulic Actuator at various frequencies using Frequency Resposne Analysis. Actuator is driven using known amplitude and frequency control signal (Sine wave). The response of actuator measured using LVDT connected parallel to the actuator. Comparision between the control and response signal will give Magnitude and Phase details which can be further verfied with the design data of actuator.

 

Hardware:​

  • Data acquisition system with analog output and input card

  • Actuator Controller (Ruggedised PC for acqusition)Data

 

Software:

 

  • LabVIEW based Frequency Response Analysis software

  • Live update of FRA calculation (Magnitude and Phase) to graph as well as table 

  • Timing synchronization between  acquisition of control and response signal to eliminate the calculation error

  • Different cursors option 

Handled this project at Structural Solutions Private Limited

//MEASUREMENT OF DYNAMIC MULTI-PARAMETER IN NEONATAL       INCUBATOR 

The  project  portrays  a  design  and implementation  of  an  infant  incubator  with better  multi-parameter  measurements. The proposed  model focuses  on  the  design  of  low cost  and  effective  incubator  which  can  be utilized in developing countries and rural areas for  the  treatment  of premature  babies  and infants.  Infants  typically  lose  heat  to  their environment  in  four  different  ways:  through conduction,  convection,  radiation, and evaporation.  

 

The  temperature, moisture,  heart beat  rate  of  the  infant  are  monitored  through sensors.  The  central  controlling  unit  of  the incubator  is the ChipKit  UNO32  which  takes care  of  data  acquisition.  The  data  is transmitted serially through USB and they are given as  input  to LabVIEW. LabVIEW consists  of  graphical  user  interface  which makes  data  acquisition  and  monitoring  easy. Thus  with  the  help  of  LabVIEW  the monitoring of data can be made automatic and emergency  conditions  can  be  indicated.  The proposed  model  will  make  the  operation  like the normal neonatal ICU with the efficiency of 60 to 80% to advanced neonatal incubators.   

First prize in Bioelectronics 2k15 sponsored by IEEE Engineering in Medicine and Biology Society

Academic Project

//Few More. . 

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