SUSHIL SINGH
Address: *** **** ****** **********, ** 35401 (open to relocate anywhere on
my own expenses)
Tel : 205-***-**** E-mail : abki8q@r.postjobfree.com[pic]
OBJECTIVE: Seeking opportunity as a stress engineer.
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SUMMARY:
- 6 years of hands on experience in hand calculations and problem trouble
shooting in stress analysis, vibration, thermal, fatigue and damage
tolerance analysis of aircraft structural components.
- Proficient in using MSC.PATRAN/NASTRAN, ANSYS, LS-DYNA and ABAQUS FEA
software and CATIA V5 CAD software
- Energetic self-starter with excellent analytical, organizational and
leadership skills. Creative thinker capable of understanding the details
and seeing the "big picture".
- Ability to meet deadlines and manage competing priorities under pressure.
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EDUCATION:
- PhD. - The University of Alabama, Tuscaloosa, AL, August 2010
Major: Engineering Science and Mechanics.
- M.S. - The University of Alabama, Tuscaloosa, AL, May 2009
Major: Engineering Science and Mechanics.
- B.Tech - Indian Institute of Technology, India, July 2004
Major: Aerospace Engineering.
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WORK EXPERIENCE:
Research Assistant, July 2007 - August 2010
Stress Analysis Lab
The University of Alabama, Tuscaloosa, AL
Duties and Responsibilities:
Job responsibility includes fatigue and damage characterization, and life
prediction of composites under mechanical/environmental loading condition.
- Analytical modeling: Damage modeling of composites using cohesive zone
modeling and debond growth in inhomogeneous materials. Fatigue
modeling of metals to compute cycles to failure given initial flaw size,
perform fatigue testing of test articles to develop S-N
curves, hysteresis loop, high cycle and low cycle fatigue, and residual
stress analysis.
- FEA Modeling: Progressive damage modeling of composites and metals in
ABAQUS using UMAT subroutine.
- Bench mark testing: Viscoelastic shear creep, fatigue, tensile,
compression, flexure, short-beam, thermal-oxidation and SEM.
- Achievement: Developed a multi-scale mechanism based model to predict the
life of composite material subjected to mechanical/environmental loading
condition. Predicted fatigue life of metals under mechanical loading from
S-N curve.
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Research Assistant, July 2005 - May 2007
Structure Lab
Indian Institute of Technology, India.
Duties and Responsibilities:
Involved in development of optimal design of fastening system (steel
material) by enhancing the fatigue life of components.
- Hand Calculation: Root cause analysis and inspection of cracks and damage
of fastening system, 3-D beam analysis and optimization using the genetic
algorithm (GA) tool in MATLAB. Prepared and submitted reports regarding
crack propagation and damage development, necessary actions to be taken
in case of equipment failures and their safety while in use.
- FEA Modeling: Fatigue and damage tolerance modeling and life predciton
using ANSYS.
- Achievement: By optimization the shape of railway track fastening system
54% increase in fatigue life was achieved and 22% cost reduction was
observed.[pic]
Research Engineer, July 2004 - May 2005
Structure Lab
Indian Institute of Technology, India.
Duties and Responsibilities:
Designing and modeling of Aircraft Arrester Barrier System (hydraulic
system) for 40 ton aircrafts and performing design reviews, and provide
design recommendations.
- FEA modeling: Simulation of the engagement process in LS-DYNA using
dynamic and transient analysis.
- Hand Calculation: Evaluating designs for possible stress limitations and
suggesting improvements by finding the new design parameters.
Coordinating with outside vendors, helping them in the analysis and
checking their stress reports.
- Cost Estimation: Recommended design modifications to ensure structural
integrity and cost estimations.
- Achievement: Using deliverable code successful arrestment was performed
for SU30MK.
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Intern Engineer, May 2004 - July 2004
Structure Lab
Aeronautical Development Agency, Bangalore, India.
Duties and Responsibilities:
Job responsibility includes modeling and designing rotor blade with
laminated piezoelectric actuator for vibration control using MSC.NASTRAN.
- FEA modeling: Performed normal mode analysis, transient mode analysis,
frequency mode analysis and stress analysis of the rotor blade in
MSC.NASTRAN.
- Achievement: Successfully reduced the vibration of rotor blade by
significantly amount.
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COMPUTER SKILLS
- CAD: CATIA V5, AutoCAD
- CAE: MSC PATRAN/NASTRAN, ABAQUS, ANSYS, LS-DYNA and Elfini
- Office Applications: Microsoft Office Suite (Excel, Word & PowerPoint)
- Programming: C, FORTRAN, MATLAB[pic]
HONOUR AND AWARDS
- Best Ph.D. graduate research award, Aerospace Engineering and Mechanics,
UA, Tuscaloosa, Alabama, 2009.
- Golden Key International Honor Society for outstanding academic
achievement, UA, Tuscaloosa, Alabama, 2008.
- Academic Excellency award, Aerospace Engineering, Indian Institute of
Technology, Kanpur, India, 2007.
PUBLICATIONS[pic]
- Roy, S., Singh, S., Scheoeppner, G.A., Modeling of evolving damage in
high temperature polymer matrix composites subjected to thermal
oxidation, Journal of Materials Science, 2008, 43, 6651-6660