Bharathi Sathishkumar

Bengaluru, Karnataka, India

Yearly Stats: $0 Earned |

Reliability and Safety Engineering

1. Schneider electric solar business (June 2012– July 2014).
Working as a senior reliability engineer with additional responsibility of project quality leader role for solar inverter solution products
Professional Experience –
• Design for reliability for Solar inverter life cycle – Performing software failure mode analysis, Application failure mode analysis, DFMEA, worse case analysis, Reliability prediction, useful life analysis, shelf life and Data retention analysis.
• Project quality leader -
Defining the quality goal of the product based on MRD and ensuring to achieve the requirement. Preparing the reliability plan in agreement with the project team. Ensuring the quality deliverables for all the stage gate and offer safety review. Proposing the warranty cost analysis to the marketing. Ensuring the manufacturing quality ,PPEP and flag the risk.

2. Honeywell Technology Solutions (Aug 2006 – May 2012).
Working as senior Reliability Maintainability and System Safety engineer with primary responsibility of leading projects individually related to Design for Reliability and Aftermarket Reliability of Aerospace Electronics Products.
Professional Experience –
• Design for Reliability for the Electronic Product Life Cycle – Performing functional analysis, fault tree analysis, derating analysis, functional and component level failure modes and effects analysis, reliability prediction, Failure path analysis, data retention for memory module and single event upset(SEU) analysis.
• Product Aftermarket Reliability Analysis – Life Distribution Analysis of Electronic Products, Failure Forecast based on Weibull Distribution and Crow –AMSAA Model, Tracking in-service reliability and provide reliability inputs for proposal
• Involved actively in innovation project - developing a hardware design prototype for demonstrating the Fuel economy indicator.
• Reliability Methodologies known: PRISM, MIL-STD-217FN2,

$15 / Hour
$300 minimum budget