Working on safety critical and mission ready fuzes for our warfighters. High visibility role designing, testing, and troubleshooting electronics in safety critical and harsh environments. Addressing unique challenges and solving complex problems through collaboration and advanced tool use.* Data Loggers (micro-controllers, memory, interfaces, SDRAM)* Fuze design, development and testing* Documentation, test procedures, test equipment design* Ethernet* High Power RPM motor controller test fixture design* Design Controls* Analog and Digital design using Mentor Graphics DxDesigner

Worked with a team of dedicated engineers in troubleshooting failing systems and sub-assemblies. Significant experience in root cause analysis and system/electronic redesign efforts. Was part of a multi-year project to replace major sub-system that displays user graphical data to a care giver (InTouch ICU bed). Responsible for process improvements on PE (Product Engineering) ECE team. Responsible for maintaining OEM/CM and PH (Patient Handling) production lines. Worked on Fast Charge USB solution for MedSurge line. Experience troubleshooting and solving EMI/EMC design issues to meet IEC-60601 ver 4 standard. Experience debugging, and testing electronic and electrical components. Technical project lead on a major subsystem (8" GUI) of a product refresh using iMX6 processor, DDR3 and CODEC, LVDS display. Oversaw project management and final implementation in our oversea manufacturing facility in Mexico.

Supported maintenance and troubleshooting of the electrical sub-assemblies inexisting products. Supported production floor line-down.

Performed PWB/CCA level power and stress analysis. Used PSpice and SystemVision to analyze/simulate circuit performance. Significant lab work experience using modern test equipment and tools. Was part of failure analysis and proposed solution team for a major subsystem assembly. Experience troubleshooting circuit boards and performing signal integrity analysis on multiple projects. Designed a test fixture system for in-the-field laser seeker performance evaluation test. Actively involved in design changes to improve performance of products. Due to the nature of the industry, a lot of my work cannot be described in full detail. * Test fixture design* Laser seeker design* In-field testing and verification

Worked as a lead designer on a 12-channel Mux/Demux switches (TS3DV642) device for two customers with a three month time budget. The switches had to pass data at 3.5Gbps with minimum delay and signal distortion. The power consumption was also a critical design parameter (<50uA). My work revolved mostly around the system architecture, POR (Power-On-Reset) and the Bandgap circuit. Perform top level simulations and design verification. The chip is now in full production.