Experienced Principle Systems Development Engineer with outstanding background in New Product Introduction (NPI) schedules, including rapid issue resolution. Proudly developed, supported and enhanced design. Driven, analytical, and innovative, with solid foundation in engineering principles and problem-solving techniques. Possesses comprehensive understanding of software development lifecycle and strong coding skills in C, C#, C++ and Python. Capable of delivering impactful solutions that enhance performance and efficiency.
· Design and implementation CLI functions with SDK for PHY chip.
· Added support for small form-factor pluggable (SFP) support for 25Gbps.
· Implemented I2C interface for accessing internal EEPROM for SFP’s
· Implementation of 120MHz clock changes during board bring for NXP processor
· Implemented and laid out the organization for external flash interface using SPI protocol.
· Debugged and implementing squelching in pass through module.
· Designed, implemented disabling clock data recovery settings from CXP EEPROM.
· Debugged and resolved a firmware update failure due to thread synchronization issue
· Implementation of led functionality and ISMIC blocks to send firmware version
· Responsible for NXP k64 Board bring up and changes related flash swap functionality
· Implemented aggregation of 2 lanes and phy apis.
· Designed and implemented daemon for collecting port statistics and computing bit rates, developed the socket interface for communication with other modules
· Involved in development of xml changes for the feature.
· Implemented boot loader (Uboot) changes and integrity checksum changes for FIPS 140-2 requirements.
· Implemented gpio DIP switch simulation for unit test infrastructure
· Involved in telemetry feature development to auto create advanced stats
· Laid out the framework to find code coverage of the source code during unit testing for the product, automated and introduced it into the process
Online billing system for power substation
- Project consists of data collection, processing, storage, and transmission for billing of energy consumption-created JFFS2 file system, ported Modbus on Montavista Linux
Online Transformer Condition Monitoring System
- Project consists of measuring, analyzing transformer parameters, computing its ageing, estimated life and display of transformer health- delivered Data Acquisition module, integration with data base and GUI
-Responsible for Design, development and testing of various electrical measuring instruments like Single/Three Phase Multi-Function Meter, Power Factor Meter