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SHAW X. DOU

***** *. ********** **** ******, Cypress, TX 77433

Email: adwdyy@r.postjobfree.com

Cell Phone: 832-***-****

EXPERIENCE

August 2014 – March 2023

Vice President of Engineering, Thrustmaster of Texas, Inc. Houston, TX 77041 Direct the whole engineering department including both product supporting group and new product developing group, manage the external development activities (Vendor and partners), build collaboration across organization to develop and manage engineering budget, provide leadership and mentoring to foster innovation and improve quality, speed and rigor of engineering products execution. December 2007 – August 2014

Vice President of Engineering, Thrustmaster of Texas, Inc. Houston, TX 77041 Direct the new product developing group, focus on developing up to 8MW thrusters for drilling vessel and deep sea platform, developing and solving many critical technical issues existing in thruster making industry, which includes but not limited to designing, manufacturing, assembling, and testing, and making our thrusters being in the best products in the world and Thrustmaster of Texas being in the fast growing 500 Inc private companies in 2009

August 2000 – November 2007

Chief Engineer, Thrustmaster of Texas, Inc. Houston, TX 77041 In charge of engineering department for new product development, improvement of existing products, root cause analysis and providing solution of field failures, and supervision of department engineers and draftsmen

Experience in management of million dollar projects from technical assistance for budget and proposal, prototype design, detail layout, documentation preparing for ABS or DNV or CCS, testing, supervision of manufacturing and assembling, to customer satisfaction March 1997 – July 2000

Mechanical Design Engineer, Thrustmaster of Texas, Inc. Houston, TX 77041 In charge of developing a new production line for marine propulsion thrusters in the range from 500 to 3,000 horsepower based on different vessel functions, customer requirements, and budgets

Expertise in Following Aspects

(1) Design of rotating machinery

Determination of preliminary design data, detail layout generation based on manufacturing capability, best cost effect, and reliability of final products, establishing assembling procedure and FAT test setup

(2) Gearing

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Experience in design and trouble shooting of high speed and high torque cyclo-palloid spiral bevel gears, planetary gears, and crown tooth splines. Familiar with AGMA, ISO, and ABS, DNV codes about spiral bevel gears, spur gears, and worm gears

(3) Bearing

Experience in design and selection of anti-friction bearings, high speed journal bearings, and self lubricated non-metal bearings from mounting configuration, best lubrication, comfortable PV factor, optimal service life, to the best cost effect

(4) Sealing

Experience in design of varieties of dynamic sealing systems under the circumstances of large dynamic run out in either redial or axial direction, and high PV condition to meet 100% reliable requirement in deep sea environment

(5) Thin wall long or large section steel and ductile iron housing casting Experience in design of ready to cast thin wall long/large section steel housing casting up to 20 ton weight with porosity free based on state-of-art casting software, MAGMA, Working closely with foundries for designing pattern, gating, riser, and feeder to control feeding velocity and other critical casting factors to ensure a good casting process.

(6) Utilizing the state-of-art CAD and FEA technology Utilizing leading commercial FEA (ANSYS) and Solid Modeling software to do static stress analysis, welding joint thermal stress analysis, interference fitting stress analysis, roller and race contacting stress analysis, system vibration model analysis, and time history dynamic stress analysis for new developing and existing products. Familiar with many advanced FEA techniques such as material and geometrical non-linearility, contact elements, sub-modeling, advanced meshing, joints, and many more

(7) Vibration

Experience in torsional, axial, and lateral vibration analysis for complex mechanical systems

Experience in design complex rotating equipment to pass US NAVY heavy weight shock test

Experience in selecting flexible coupling, damper, and flexible mount and in changing system configuration to shift system natural frequency or to reduce vibration amplitude

(8) Advance welding technology

Developed an advance welding technology for welding EARLY WORKING HISTORY

Aug. 1992 – July 1996

Research Assistant, Center for Manufacturing Research, Tennessee Technological University Conducted National Science Foundation (NSF) sponsored research on mobility of complex spatial and planar mechanisms, established theories for solving extremely difficult and tedious verification problems in synthesizing multi-degree-of- freedom spatial linkages for generating complex spatial surfaces and configuration rectification of multi-degree-of-freedom spatial platforms Feb. 1986 – July 1992

Lecturer, Shanghai JiaoTong University, Shanghai, China Jan. 1982 – Aug. 1983

Manufacturing Engineer, Shanghai Packing Machinery Factory 3

CAD and CAE EXPERENCE

Software Experience AutoCad, ANSYS, MAGMA, NAVCAD, KISSSOFT EDUCATION

Ph.D. in Mechanical Engineering, Aug. 1996, GPA: 3.933 (4.0 scales) Tennessee Technological University, Cookeville, Tennessee M.S. in Mechanical Engineering, 1986, emphasis in High-pair Mechanism (gears and cams), JiaoTong University, Shanghai, China

B.S. in Mechanical Engineering, 1982, emphasis in Machinery Manufacturing, JiaoTong University, Shanghai, China