Viswanatha

Email: acrxjm@r.postjobfree.com

Contact No: 996-***-****

Career Objective:

Having 4.3 years of extensive experience in Reliability analysis, design, development, Implementation & maintenance of Product-based and Asset based applications using ReliaSoft tools and Microsoft Excel Technologies.

Professional Summary:

4.3 years of experience in Product development using Reliability tolls like Weibull++, ALTA, FMEA, FMECA, RGA, Lambda Predict.

Hands on experience in Asset based Applications using asset Reliability tools like RGA, RCM++, BlockSim.

Hands on experience in Predictions and Derating Analysis using Lambda predict software tool.

Hands on experience with PTC Windchill Quality tools.

Hands on working experience on circuit analysis for derating calculations.

Responsible for technical support and development of incidents with XFRACAS.

Strongly initiative, creative and able to learn new technologies.

Technical Skills:

Reliability Tools : ReliaSoft, PTC Windchill Quality tools.

Product development : Life data analysis (Weibull++, ALTA, FMEA).

Asset Management : Reliability Availability and Maintainability (BlockSim, RCM++, FMEA).

Component Tools : Reliability Predictions and Derating analysis (Lambda Predict), PTC

Web & Application Servers : RVPN, RSVPN, Synthesis 9 &10, Dashboard in Synthesis, XFRACAS.

Data bases : MS word, MS excel and MS outlook.

Quality Tools : Six sigma and Lean concepts (DOE Minitab.

Professional Experience:

Working as Reliability Engineer in RELIASOFT India Pvt Ltd Chennai from May 2014 to July 2015.

Worked as Assistant Professor in JNT University from June 2012 to Apr 2014.

Worked as Intern at Amararaja Power Systems Ltd, Tirupathi for M.Tech thesis work from 2011 to 2012.

Education details:

M.Tech. in Reliability Engineering in JNT University, Anantapuamu.

B.Tech. in Electrical & Electronics Engineering in JNT University, Anantapuamu.

Projects

Prediction analysis of Rugged Server & RDDU for TATA power SED Division.

Performed the parts count and parts stress analysis using MIL-217 HDBK and MIL-975.

Created the Reliability block diagram for the Whole system.

Developed the Pie charts for failure rate and MTBF using lambda Predict.

Reported the highly stressed components in the design.

Developed the reports into the dashboard in synthesis9.

Used NPRD, EPRD for the unknown components.

Developed the report in NAVAL sheltered environment with 35C.

Derating analysis for the Advanced Systems Laboratory under DRDO.

Performed the Parts stress analysis and derating analysis. Using MIL-217, MIL-Std 1547A and MIL-975.

On-Board computer system level Reliability block diagram using BLOCKSIM tool.

Analyzed the Plot of the actual component with respect to the requirements.

Demonstrated the design specifications and design margin for OBC.

Facilitated the problem solving techniques FMECA using MIL-1629A on OBC using XFMEA tool.

Reliability study on Indian railway power supply charger

Developed DFMEA using AIAG standard on system level Switch mode power supply charger.

Implemented Prediction analysis for 11V/24A rectifier module level.

Analyzed the automation heat run test results with temperature variation.

Analyzed the System level by using BLOCKSIM software.

Revised some schematics using AutoCAD for rectifier module.

QA/QC for the Rectifier and inverter modules for both inward section and dispatch section using NO/NC test.

Maintainability Predictions has been done for SMPS module.

Reliability Prediction analysis of EXICOM and SITAR

Performed the parts count and parts stress analysis using MIL-217 HDBK and Telcordia Issue-3.

Performed derating analysis on Pressure transducer using MIL-1547.

Developed the Pie charts for failure rate and MTBF using lambda Predict.

Reported the highly stressed components in the design.

Developed the reports into the dashboard in synthesis9.

Used NPRD, EPRD for the unknown components.

Developed the report as per the Ground benign environment and temperature 30C.

Reliability, Availability and Maintainability (RAMS) and Reliability Centered Maintenance (RCM) for Malaysia Liquefied Natural Gas (MLNG), PETRONAS

Involved the frontend and backend in RAMS and RCM both offline and online.

Developed the failure time calculations using EXCEL and RGA tool.

Involved in the understanding of Piping and instrumentation diagram and process flow diagram.

Developed the Reliability block diagram for Bintulu crude oil terminal in Bintulu.

Implemented the simulation using BlockSim for 3years with 100 simulations.

Developed the report for Onsite and offsite platforms with RBD and simulation results.

Interestedly visited the Malaysia Oil wells and Separation system in onsite.

Developed the HAZOP analysis and attended RCM training with Team

Used OREDA 2015 standard for unknown utilities mean failure times.

Reliability, Availability and Maintainability (RAMS) for Kuwait Oil Company with L&T, Kuwait

Consulted for KOC integrated with L&T

Involved the frontend and backend in RAMS only offline.

Developed the failure time calculations using EXCEL and Weibull ++ tool.

Involved in the understanding of Piping and instrumentation diagram and process flow diagram.

Developed the Reliability block diagram for main process and utilities.

Implemented the simulation using BlockSim for 1year with 10 simulations.

Developed the report for Onsite and offsite platforms with RBD and simulation results.

Technically discussed for RAMS analysis with L&T and KOC people.

Used OREDA 2015 standard for unknown utilities mean failure times.

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