System Engineer
Current
Syracuse, New York, United States
• Developed requirement documentation for the functionality of fault processing logic and operation for the LCS, MMR, and SPN-50 US Naval programs.• Troubleshot issues with the fault processing logic by accessing the PostgreSQL health database, looking at the health items directly, and analyzing how the faults should appear based on the values of the health items.• Created test procedures for the FAT and FAAT of the MMR US Naval project.• Executed the hardware subset of MMR FAAT procedures in front of the customer while answering any questions they had on the procedure and how the procedure is testing the nature of the requirements.• Located and troubleshot a variety of issues within system hardware ranging from system power failure to signal failure due to wiring using a variety of lab tools and wiring documentation.• Created a variety of MATLAB tools for requirement verification and troubleshooting of system components as well as scenario generation.• Redesigned the Built-In Test logic of legacy systems to retain the logic of the original Built-In Test for the MMR, LCS, and SPN-50 systems.• Designed the failover functionality for the SPN-50 system for allowing the system to change the primary controller in a redundant system to enhance the Mean Time Before Critical Failure.• Integrated the transmission modes of MMR by verifying the Duty Factor, Pulse Width, active signal channels, and calibration.