Xinsong Yang

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Xinsong Yang Last updated: 08/27/14
Job Title: no specified

Company: no specified

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Status: no specified

Union, NJ 07083
US

Mobile: (608)334-4584
xinsongy@gmail.com
Contact Preference: Mobile Phone

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Resume Headline: Xinsong Resume Resume Value: zccqs3zjd4fqn8qa

Xinsong Yang
144 Mary Alice CT? Union, NJ 07083 cell (608)334-4584 ?E-mail: xinsongy@gmail.com
Objective
Senior Electrical Engineer application
Education
M.S. Electrical and Computer Engineering, December 2002 University of Wisconsin-Madison
• Major area: Electrical and Computing Engineering
• Major GPA 3.5/4.0
B.S. Electrical Engineering, July 1997 Beijing Institute of Printing, China
• Major area: Electrical Engineering
Working Experience
Senior Electrical Engineer L-3 Communication Mobile Vision Nov, 2011 – Present
• Involves the products design from concept, prototype to manufacturing, writes the verification and validation plan, and works with cross functional team for the products development and manufacturing.
• Researches and resolves the existing products electro-mechanical related problem, changes the production and manufacturing process to reduce the failure rate and increases the products quality.
• Works with outside vendors to solve the products quality issue and obsolete parts selection.
• Designs the Crashbat recharge battery product by using Altium CAD tool including schematic capture, board layout and prototype testing.
• In charge of the product EMC, EMI and Safety test.
. •As the quality leader of my division, in charge of the quality control of the product design, part selection and manufacturing
• Leads the ROHS conversion of the old product and selects and identifies the new part to replace the obsolete part.
Senior Manufacturing Engineer ITC Medical Device company July, 2010 – Nov, 2011
•Worked with cross functional team including R&D, Marketing, Quality and Regulatory to develop products production and manufacturing plan and write the process SOP and test procedure by using my Lean Six Sigma knowledge. Trained the assembly operators and technicians.
• Researched and identified products production and manufacturing related problem, changed the production and manufacturing process to reduce the failure rate and increased the products quality.
•Designed, developed and validated Instrument Test Fixture to calibrate, verify and test product
•Wrote and executed the test plan to test, verify and validate the instrument
• Wrote and executed medical device Risk Assessment and FMEA plan
• Wrote and executed medical device verification and validation plan
• Selected and evaluated the products component and material.
• Worked on the CAPA issue, writes the ECO to fix the design failure
Senior Electrical Engineer GE Healthcare R&D Group Jan, 2007 – June, 2010
• Lead the laser based confocal imaging platform INCELL 6000 Instrument Electrical/System design, verification and validation, arranges the cross functional team meeting and communication and integrates the sub-system into fully functional device
• Contributed my electrical/firmware expertise to build a high quality with low cost medical device. Designed instrument control boards through all design phases: board schematic capture by using OrCAD Capture, board simulation by using Pspice, PCB board layout by using PCB Editor. Programmed the embedded software to control the motion stages on the instrument. Applied the shielding, grounding and bypassing ways to reduce the EMI/EMC risk during the product design.
• Following Six Sigma process, Created development plan, Designed instrument functional boards from concept to prototype, Assembled the prototype unit, tested the new product and wrote the test report and test procedure.
• Designed mix signal control board including digital and analog circuitry to communicate with optical system.
• In charge of creating embedded software control module to control X, Y, Z stages, Filter Wheel moving and process real time data from Hardware Autofocus module.
• Designed and programmed the Front Display Panel control firmware via low level language assembly language and higher language C to monitor the system-working situation to reduce the system downtime.
• Designed Instrument system diagram and power requirement.
• Selected the product component and created the prototype units to verify the product concept via both hardware and software test.
• Lead the RoHS compliance program to make sure new product meet the RoHS requirement.
• Has the knowledge for medical product reliability test, EMI/EMC and Safety test to meet the UL, CSA, CE requirement.
• Managed the Electrical Lab and uses all kinds of measurement tools during product testing and verification.
Electrical/Manufacturing Engineer GE Healthcare Oct, 2004 – Dec.2006
• Worked in the Global Productivity Group, reviewed the existing products to find the best way to improve the products quality and reduce the cost. Handled the transferring projects to move the products from High Cost Country to Low Cost Country. Verified and validated the transferred products met the design requirement.
• Implemented FPGA module for instrument design to control three temperature sensors by using SIMbus protocol via Verilog HDL programming.
• Designed, updated and simulated FPGA module through Verilog HDL, ModelSim and Cadence tool.
• Lead a CT design project to replace the current Tilt Feedback System with a new technology to be able to work for future VCT system, reduced the cost and improved the reliability and repeatability.
• Lead a MR re-design project to modify the UPM board for both MR 3T/1.5T HD/HDx system to get the cost reduction and quality improvement.
Design Engineer GE Energy Jan. 2004 – Sep. 2004 (Co-op)
• Designed and managed a GE Advanced Design Technology Tools project by using C/C++. Prepared the project documents following Six Sigma process. Set up the project milestone and took responsibility to keep the project meet the deadline.
• Designed an Action Item Tracking tool for GE Oil&Gas to track all of product orders.
Control Engineer LasX Industries, INC June – December 2003 (Co-op)
• Worked on Laser Control FPGA circuit design.
• Designed and implemented a Shutter Control PWM module for the laser servo motion control by using Altera Max+Plus II tools.
• Programmed for GE Faunc, Galil, Wago PLC microcontroller to do the laser servo motion control by using C, Galil, wago and GE Fanuc complier.
• Conducted Ethernet communication between host computer and PLC device
• Improved existing PLC equipment through engineering analysis and cost justification.
• Developed engineering documents such as drawings, specifications and procedures.
• Operated test equipment such as Oscilloscopes, Signal generators, Multimeters and worked on some cable wiring, laser control circuit board soldering.
Design Engineer, Laboratory for Optical and Computational Instrumentation, University of Wisconsin-Madison January 2001 – December 2002
• Developed embedded system for TMS320C600 DSP chip using Texas Instrument’s Code Composer Studio using C language
• Developed software to do a real time control for state-of-art Laser Scanning Microscope (LSM) for recording four-dimensional data from living specimens.
• This project involved various aspects of computer and electrical engineering including the MFC, C/C++ language and A/D, D/A conversion with TI DSP board.

Academic Achievement:
• Implemented and programmed some VLSI algorithms in partition, floorplanning, placement and routing with C/C++ language
• Designed and programmed some database management algorithms and structure with C++, SQL
• Designed and implemented a five stage pipeline microprocessor using MENTOR GRAPHICS and VHDL.
• Designed and implemented the ARM architecture with superscalar in order to achieve high performance with low power consumption. Used Verilog HDL to implement ARM architecture (datapath and control unit) and Modelsim to do the simulation.
• Designed a 32 bits multiplier by using Booth encoding and Wallace tree algorithm. This included gate level logic design, CMOS transistor level design and full custom layout at UNIX environment.
• Designed Laser Control ASIC Circuit by using Altera Max+Plus II tools
• Designed Shutter control PWM circuit by using Altera Max+Plus II tools.
• Designed 2GHz 32-bit adder by using MENTOR GRAPHICS.
• Programmed GE Fanuc, Galil, Wago PLC microcontroller to do the laser servo motion control by using C, Wago, Galil, GE Faunc complier.
• Improved the performance of a baseline processor by using SimpleScalar toolset.
• Implemented the Operation System file management, shell design with Java

Skills:
• Languages: experienced on C/C++, Java, Pascal, HTML and assembly language.
• Systems: Proficiency in both Windows and UNIX(Sun/Solaris) platforms, knowledge about Linux
• EAD Tools: Extensive experience with Cadence, OrCAD tools, Altera Max+Plus II, Mentor Graphics , Synopsys, Modelsim, Verilog HDL, VHDL, Matlab, and HSpice.
• Others: Microsoft Word, Excel, Power Point, Outlook and Visio.

Additional Info BACK TO TOP

Current Career Level: Experienced (Non-Manager)

Years of relevant work experience: 7+ to 10 Years

Date of Availability: Within one month

Work Status: US – I am authorized to work in this country for any employer.

Target Company: Company Size:

Target Locations: Selected Locations: US-NJ-Northern

Relocate: Yes

Willingness to travel: Up to 50% travel

Languages: Languages Proficiency Level
Chinese Fluent
English Fluent