Identified data trends from event logs, reports and large databases to solve failures and performance issues, saving 2-4 weeks of development time on projectsProgrammed SQL queries and Python scripts to improve quality of bus route data in massive transit MS Access databases (~ 500,000 entries), saving roughly 150 man-hours of extra workCreated easy-to-understand visual dashboards of vehicle log information using MS Excel and Power BI, allowing colleagues and clients quick understanding of vehicle problems-Created and demonstrated acceptance test plans and strategy to customers as part of the system deployment process-Collected and correlated data from logs, reports and databases to root cause failures and performance issues on customer site, saving 2-4 weeks of development time-Ran SQL queries on SQL Server 2014/2016 for data mining purposes and to ensure quality of data provided to transit agencies-Collaborated with many cross-functional teams in an Agile and DevOps focused work environment

- Demonstrated better IR validation prototype with IR photodiodes and Arduino Uno microcontroller, improving validation methods in SHIELD products-Performed Python scripting to visualize key performance indicators, reducing analysis time of NiMH batteries by 50%-Debugged circuits using PCB schematics/layouts, minimizing validation time by 40 man-hours-Performed signal analysis as part of Post-Si hardware validation of SHIELD devices using oscilloscopes, power supplies & multimeters

-Designed electrical and safety circuits for automotive assembly line machines using AutoCAD-Developed bill of materials for assembly line machines, reducing development time by 33%

-Developed design docs on system architecture of TI OMAP SoC complex in Blackberry devices-Contributed to schematic verification of Broadcom RFICs for latest Blackberry smartphones-Programmed Linux bash scripts to retrieve important SoC information, speeding up hardware validation by 1.5 weeks

-Programmed and tested GPIO firmware in C/C++ on Marvell thin modems during bring-up phase-Programmed, verified Hardware I/O operation for TI OMAP SoCs, reducing bring-up time by 1 week-Conducted research on communication protocols such as USB, Ethernet, Bluetooth, WiFi, I2C, I2S, TDM, SPI, and MIPI to help firmware/test engineers speed up bring-up

-Analyzed and debugged hardware issues in voltage and current sensor PCBs using multimeters and oscilloscopes-Designed web pages for battery monitoring device with jQuery, HTML, CSS-Developed backend algorithms in C for current, voltage and power monitoring-Tested microcontroller LCD and current sensor communication with web page

* Tracked and organized licenses for various engineering software using Christie's IT servers and Microsoft Excel* Involved in open source vendor testing and organization of various open source licenses such as Apache, GPL, and BSD* Initiated Agile database integration for engineering parts, specifically capacitors and resistors, as a replacement to dxdatabook, a component of DxDesigner, a common PCB design software

* Troubleshooting over the phone and email concerning online backup software and compatibility with Windows (Home, business and Server editions) and Mac Operating systems and other software like Quickbooks* Involved in Quality Assurance Testing of online backup software