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    MURALI GOVINDARAJALU
    630 Merrick St, #904
    Detroit, MI-48202
    Resi 313) 832-1024
    Off : (313) 577 -8326
    email: murali@sun.eng.wayne.edu
    __________________________________________________ ________________________


    Dear Sir/ Madam,

    I am a graduate student in Mechanical Engineering at Wayne State University.

    My field of interest is concentrated in the area of biomechanics. I am
    currently working as Student Research Assistant at Bioengineering Center,
    Wayne State University. During this time I have done my research on behavior

    of cervical spine and monosegmental Lumbar vertebrae during various surgery
    and implants. I also have good knowledge of Finite Elements and have
    conducted
    classes for Finite Element Analysis which includes tasks like grading,
    tutoring and modeling for the course.

    I believe that with all the research and technical skills and the will to
    put
    my abilities to the best of use, I can prove to be an asset to your company.

    Given the opportunity, I can promise a high level of efficiency, enthusiasm
    and vigor applied to any assignments given. I look forward to discussing
    with
    you, the possibilities of a career with your company.

    Thanking you in anticipation for your time and consideration.

    Sincerely,

    Murali Govindarajalu




    ******************************Resume
    Follows**********************************







    MURALI GOVINDARAJALU
    630 Merrick St, #904
    Detroit, MI-48202
    Resi 313) 832-1024
    Off : (313) 577 -8326
    email: murali@sun.eng.wayne.edu
    __________________________________________________ __________________________
    _


    OBJECTIVE
    A career in Mechanical Engineering with emphasis in Biomechanics.

    EDUCATION
    Jan.'92 - Present
    Master of Science in Mechanical Engineering
    Wayne State University, Detroit MI.
    GPA 3.50 / 4.00

    Major Course work :
    Biomechanics Mechanics of Composite Materials
    Finite Elements CAD / CAM
    Advanced Finite Element Methods Vibrations II
    Machine Design Fluid Dynamics
    Mechanics of Materials Reliability & Quality Control

    Aug. '87 - Dec. '90
    Bachelor of Engineering in Mechanical
    Coimbatore Institute of Technology, India.

    Aug. '82 - Apr. '85
    Diploma in Mechanical Engineering
    PSG College of Technology, India.

    WORK EXPERIENCE
    Mar. '92 - Present
    Research Assistant,Bioengineering Center,Wayne State University,
    Detroit,MI
    Aesculap Pedical Screw Project - Developed experimental methods &
    QBASIC
    program for tracking the movement of Pedical screw in spine
    implants
    by coordinate transformation.
    Stability of Cervical Spine after Surgery-Developed experimenting
    method
    and QBASIC program
    Ford Seat Comfort Project- Developed method for measuring the fatigue
    in
    Human body by tracking the movement of LED markers. Developed
    analysis package in QBASIC.
    Stereotactic brain surgery project- Method for location of brain
    tumors,
    using optical methods.
    Calibration of a fixator subjected to 3D forces and moments using
    strain
    gages.
    PUBLICATIONS
    Study of Biomechanical Behavior of Pedical Screws in Human Spine
    Implants
    International Conference for Lumbar Spines, Paris.
    An advanced Biomechanical Study of Transpedicular Screw Fixation Using
    Stereotactic Concepts, ASTM, California, and ASME , Michigan.

    Jul. '86 - Jun. '91
    Product Development Engineer, Premier Instruments & Controls Ltd.,
    India.
    Developed processing methods for instrument panels used in T72
    War
    Tanks, Cars.
    Created Database for inventory management.

    Jun. '85 - Jun. '86
    R&D, Engineer, Premier Instruments & Controls Ltd., India.
    Task included development of Prototype models for instruments.
    Development of tooling for pressed and plastic components for
    Pilot
    batch for customer approval.

    MAJOR PROJECTS
    CRASH : Simulation of 2.5 mph barrier hit of the front bumper system

    using Dyna3D and Hypermesh.
    DYNAMICS : Normal modes analysis of differential case using NASTRAN.
    STATICS : Stress analysis of automatic transmission clutch cylinder
    using NASTRAN.

    COMPUTER SKILLS
    OS DOS, UNIX
    FEM Packages MADYMO, HYPERMESH, NASTRAN, DYNA3D, PDGS, ALGOR
    Languages QBASIC, FORTRAN 77, C
    Packages MS Windows, Word for DOS and Windows, Word Perfect,
    MS Excel
    Computers IBM and compatibles, Sun/Sparc Workstation, Macintosh


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