Accomplished in running complex engineering tasks by identifying and solving non-standard engineering problems to develop and improve the manufacturing process. Good background in circuit theory, including analog, digital, and high frequency circuits. Strong analysis and problem solving ability. Hands on developer of ATE test programs for engineering and production testing, working closely with define for testability (DFT) and production engineers in the development of test programs. Uniquely qualified leader with a solid foundation in circuit design, schematic design, PCB layout, C/C++ programing, and experience in semi-conductor devices testing strategies.
Highlights
RF Test Solutions
Test Solution Optimization
RF Board Troubleshooting
RF Test Jig Design
Testability Design
Semi-conductor Testing
Test Pattern Generation
Test Equipment Operation
Automatic Test Equipment (ATE)
Acceptance Test Protocols
Analog / Digital Circuit Design
Digital / High Frequency Circuits
RF Engineering Principles
Project Management
System Performance Criteria
Antenna Design
Education
University of Texas at TylerTyler, TXExpected in 2013 – –Master of Science:Electrical Engineering - GPA:GPA: 3.69
Jimma UniversityJimma, Expected in 2006 – –Bachelor of Science:Electrical Engineering - GPA:GPA: 3.8
Accomplishments
Assisted project teams by leading the engineering and design for electrical hardware, test code development and implementation for a multi-million dollar initial and final test project for three different accelerometers.
Reduced production time and cost by designing automated test jigs to ensure defect-free production.
Helped to reduce testing time significantly and increased the testing of multiple devices from four up to 32 in some cases.
Developed the test application for a power metal oxide semiconductor field-effect transistor (MOSFET) to handle up to 1200V and 30A power levels.
Designed electrical hardware, developed test code and verified production for KLA-Tencor's high speed clock driver (100MHz), Amphenol's pressure sensor - transmission control module, and Microchip's Smoke detector(RE 46C141) and PWM micro controllers (MCP19114/15).
Experience
Borgwarner Inc. - Semiconductor Test Engineer Auburn Hills, MI, 04/2012 - Current
Build hardware/software prototypes to verify new product testability.
Design test Jigs for the load board, DUT board and socket board and create schematics.
Develop automated test equipment software and hardware including test plan, test hardware and software debugging, characterization and test package release.
Design printed circuit boards (PCBs) by developing the product concept and design features, circuit interconnection, placement, and dimensions.
Generate the bill of materials (BOM) by choosing electrically satisfactory components and kept the BOM up-to-date with the schematic.
Develop test programs and fixtures for semiconductor devices including micro-controllers, power MOSFETs and micro-electro-mechanical systems.
Implement and supervise test system components including debugging, certification, optimization, and reduction of test time.
Deliver technical training to customers for SPEA's ATE.
Saic - Junior Test Engineer Quantico, VA, 05/2011 - 03/2012
Applied knowledge of quality assurance systems and methods, use of debugging tools, and manual tests tools to test and troubleshoot telecommunications equipment for cellular use.
Wrote and implemented test plans and scripts and performed system level RF testing on microwave packet radios and microwave digital radio.
Assisted project teams by assuring compliance with scopes, processes, procedures, and test plans.
Executed testing and troubleshooting for radios, RF Filters and waveguide using RF power meter, spectrum analyzer, DS signal generator, and frequency counter.
Modified, upgraded and verified high power OUD’s (outdoor units).
Tested, diagnosed and repaired systems and modules to the component level.
Metropolitan State University Of Denver - Graduate Teaching Assistant Denver, CO, 07/2010 - 04/2011
Served as a laboratory teaching instructor.
Graded student assignments, reports, and examinations.
Met with and tutored students, prepared instructional materials, and conducted lab sessions on analog and digital circuit analysis.
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