Test Engineer Electrical Engineering

Hany Ibrahim

E-mail: ******@*****.***

Phone:480-***-****

Address : *** * ****** ***, *****, AZ85284

Objective

A position in which I can utilize my qualifications, experiences and capabilities.

Highlights

Master’s degree in Electrical Engineering.

Management level experience in Automatic Testing in different companies.

Experience in module and board s RF testing

Experience in LTX, MTS, Eagle machines with Guidant CRM, USA.

Experience with NI PXI and STS system at GD and NXP

Experience in Teradyne representative in Canada for Automatic Testing Equipment.

Experience in DigitalTest for Automatic Testing and Electronics Design.

Experience in Electronics consulting Engineering.

Experience in TOA for Audio, TV and Security systems.

Great experience in Digital and Analog circuit design using different Cad tools.

Education

2008 MSEE Master Degree in Electrical and Computer Engineering. University of Minnesota, GPA 3.858.

1992 B.Sc. Communications and Electronics Engineering.

Project: “Communication system in a noisy environment (AM modulation).”

Work Experience

NXP (Chandler, Arizona) May 2016 to Now

Lead RF Test Engineer

*Responsible for developing test solutions for RF testing for high frequency LNA’s, PA’s Wireless LAN, PAM on multiple test platforms and using multiple software development tools including Labview and TestStand..

*Wafer and Final Test using National Instrument STS systems (T1, T2, T2+ and T4)

*Installing and running developed tests in manufacturing areas in different countries and monitor/ improve yield

*Coordinate between test engineering development activities in the US with multiple countries in Europe and Asia.

*Bench testing automation using Labview to control RF equipment.

May ‘11 –April_2016 (ABB/Power One (Arizona, USA))

Position: Manufacturing Operations Engineering Manager.

Managed operations engineering team for renewable energy RE department and established operation activities for new factory in Phoenix AZ.

Support Solar and Wind energy products testing and quality control.

Yield improvement and global international customer support lead for US, Italy, Korea, Australia and Canada markets.

NPI lead for range of inverters products range from 3KW to 1.4MW.

Aurora PVI products development and testing including String and Central inverters this includes both software and hardware support.

Lead UL standards activities to make sure all products meets standards and requirements for the US standards.

Lead and support all production activities including assembly, ICT and final product testing.

July ‘08 –July’12 (General Dynamics (Arizona, USA)/HEI)

Position: Principal RF Test Engineer.

Lead of ATE department for RF module and board test in Software Defined Radio that installed in the battle field and communication systems on the marines and avionics, responsible for all related ATE hardware and software applications and responsible for test automation of all RF applications to move to production test.

Design and build RF Test systems STE for RF module production test for RF modules that are used in the battle field and aircrafts.

Create and implement networks for battle field management, attenuation calculation, DSP programming, LAN/WAN software design and hardware implementation.

Implement all algorithms of the network calculations, drawings and specifications.

Design RF fixture, wiring, switching and RF socket for RF module test

Develop RF module test programs using Labview and Teststand.

Team with RF design engineers during design phase to get testable design and to establish a Design for Test requirements.

Support manufacturing for RF modules test once released to production including data analysis and yield improvement.

Construct and Generate waveforms required to test software defined radios. Analyze and test input waveforms from radios antennas and test all VCO’s in different bands to verify module functionality.

May ‘06 –July ‘08 (Medtronics (Arizona, USA))

Position: Principal RF Test Engineer.

Product Support Manager Managing engineering team responsible for coordination, deliverables, problem solving coordination, cost analysis, timing, setting project priorities for multinational projects.

Involved into the research and development to improve the product battery life and I was able to add a new concept to extend the device life time by modifying the device charging circuit, the paper was approved in the S&T conference in both Europe and the US.

Develop and implement procedures to insure quality and customer satisfaction.

Continuously work with product development, design, regulatory, quality engineers and product manufacturing to improve quality and yield in accordance with regulatory standards..

Working with design engineers to get a testable design.

Develop and test RF products using Labview, Digital Signal Processing, Waveform analysis, verification-validation, Risk plans and reports.

Designing the required test fixtures to interface with device and the ATE machines for Pacemaker and Defibrillators device testing.

Conducting FMEA, Gauge R&R, Failure analysis, Verification Validation plans and reports, Risk plans and reports, internal audit to improve coverage running these test programs on Automatic Test Equipment (ATE) and yield improvement.

Construct and Generate waveforms required to test software defined radios. Analyze and test input waveforms from radios antennas and test all VCO’s in different bands to verify module functionality.

February ‘99 –April ‘06 (Boston Scientific Guidant CRM (Minnesota, USA))

Position: Senior Test Engineer.

High Power Module Project leader for Pacemaker and Defibrillators including:

High Power Modules and Super Output High power modules

Power modules installed on all pacemaker applications, includes modules tested around 1500V and up to 50A pulsed current. This test includes design of all high power fixtures and ATE programming for testing these power modules.

Develop and implement procedures to insure quality and customer satisfaction.

Continuously work with product development, design, regulatory, quality engineers and product manufacturing to improve quality and yield in accordance with regulatory standards..

Working with electronic design engineers to get a testable design.

Designing the required test criteria based on the design specifications.

Designing the required test fixtures, to be used for device testing.

Programming this test criterion into a complete test program in Cadence Software and C++ language, which contains all the required methods to test the device with full coverage for the device functionality.

Conducting FMEA and Gauge R&R studies, running these test programs on Automatic Test Equipment (ATE) LTX, Teradyne, 3MTS and Eagle test machines.

Use Pascal and C++ programming languages under UNIX, Lab View and View Draw (For circuit design and simulation).

March ‘98 – August 98 (Teradyne, (Acculogic, Inc.))

Position: ATE Development Engineer.

My responsibilities in this position include the following:

ATE Customer Support inside Canada this includes, installing, maintaining and calibrating ATE into different factories.

Writing and debugging application test programs (In Circuit and Function Test) on the Z18XX Teradyne and Spectrum machines in order to test analog and Digital circuits including boundary scan.

Fixture generation and preparation to be used with the Teradyne machines using FABMASTER for Fixture Generation.

Jan. ‘95 – Jan. ’98 and Aug ‘98 – Jan 99 (Digitaltest Two locations Germany, CA USA)

Position: Senior Electronics Engineer

My responsibilities in this position include the following:

Managing, monitoring, and evaluating the performance and productivity of the Hardware Dept. Staff, Act as a Team Leader with full responsibility for HW Dept.

Designing new boards for the ATE. This includes designing and integrating new products, I was responsible for designing a complete board for Tel.line simulation for Tel. sets testing, also designing Power Supply to be integrated into the machine, I designed a complete SMP (Switching Mode Power Supply) which is up to 100V programmable, this also includes writing specs for the Software interface in order to communicate with machine Hardware.

Designing and implementing new testing algorithms.

In 1996 in Germany I designed and implemented a new test method for testing digital ICs as In-Circuit Test (ICT) it is called the Vectorless test. This new test method is valid for all of the IC’s families.

Designed and developed a new test method for testing Analog IC’s.

ATE Customer Support this includes, installing, maintaining and calibrating ATE into different factories in Canada, USA and overseas. The ATE machines used are MTS, Schlumberger and GenRad.

Testing and Quality Control of Digitaltest ATE Software. This includes Working with software programmers to verify software and to provide hardware input.

Writing and debugging application test programs and Fixture generation and preparation and on-site TP debugging.

Programming IEEE equipment (DMM, FG...) through GPIB interface.

Preparing and presenting technical product info and solutions to customers inquiries concerning systems software and application. Traveling to various customer locations for presentations and evaluating customer requirements.

Responsible for sales support of DT products and systems, provide on-site applications support for all customers requirements, develop appropriate systems recommendations to meet customer needs including system configurations.

Nov. ‘92 - Jan. ’95 (Engineering Consultants Group, ECG)

Position: Light Current and Systems Consultant Engineer

My responsibilities was systems Consultant Engineer involved into systems design and specification of TV, Sound, Telephone, and Fire Alarm systems and any electrical systems required in different projects into different countries.

Systems Engineering team leader for all light current applications.

Write the specification for all Electrical systems for new projects

Design the system configuration on project drawings using Cad tools

Review the specification and requirements with the vendors

Compare and analyze different vendors systems and offers

Approve the final design, drawings and specifications of the proposed systems.

Meet with customers and explain the project requirements.

Professional Training

Nov 08 Labview 8.6 and TestStand 4.1 training with National Instrument

Dec 07 Project Management classes at the University of Minnesota

Oct ’07 Labview 8.2 Intermediate training Tempe, AZ, USA.

May ’03 3MTS ATE Training, Silicon Valley in San Jose California, USA.

February ’99 LTX, AC Synchro series Training, Silicon Valley in San Jose California, USA.

June ’98 Teradyne Spectrum ATE series Training, Toronto, Canada.

April ’95 Digitaltest GmbH, Training course on the MTS series ATE machines, Germany.

February ’93 TOA, Training on a new product by a Japanese team about "Sound Matrix".

Computer Literacy

Programming Languages: VB, and Microsoft Visual C++, C Primer Plus (UNIX).

Applications: TestStand, Labview, Novell, Microsoft Windows MS Office, AutoCAD, AcoustaCAD, & CAE Tools: Protel, Spice, FPGA, VHDL, ORCAD, Filter and Magnetic Core Design, VSim, SystemView, IBIS, Viewdraw.

References are available upon request.

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