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northeast, Fridley, MN , Ph No. .., Email:
a career in a quality driven production environment where I can utilize
my skills set in design engineering
Design and Manufacturing
BE, Mechanical Engineering
Computer Aided Design and Manufacturing CAD/CAM
Technology LTD, Gujarat, India
Developed D and
D drawing of individual parts and assembly.
and proposed use of new technologies to be used in the development of
new and improved products.
customers for enquiry specifications and providing technical descriptions,
details and man hour estimates to support tendering activities.
and solution route analysis; progressing design modifications. Evaluated
designs for performance, safety and reliability.
proposals, BOMs, reports and presentations projects including cost analysis,
Glass Ltd., Gujarat
Studied of the plan
layout and production line processes. Analyzed the data collected at
the different department.
and implemented Six Sigma Methodology Green Belt.
maintained crossfunctional relationships which support effective resolution
of operational, maintenance, and regulatory problems.
Discussed and proposed
the solution for the problem arisen in the weekly meeting by different
types of analysis methods i.e. DMAIC methodology, Fishbone
analysis, WHY analysis, Root cause analysis, Problem solving methods,
PFMEA, DFMEA for continuous improvement.
Configured and improved
system/plant performance and production planning procedure.
and Academic experience
: Robotics, CAD/CAM, Statics, Dynamics, Thermodynamics, Strength of
in numerous paper presentation competitions related to Robotics, CAM/CAM,
I C Engine, Nanotechnology.
Research and Projects
Design, analysis and fabrication of self adaptive thermal switch for
uniform heat distribution.
Designing D and
D modeling of thermal switch array.
Finite Element Analysis
FEA of uniform heat distribution stressstain analysis and thermal
analysis in thermal switch array.
experimental analysis of the thermal switch array.
Modeling D and
D of PEM fuel cell.
FEA analysis and
simulation of temperature distribution in PEMFC.
Identified the areas
more suitable for implementing self adaptive mechanism
Analyzed the effect
of self adaptive mechanism in PEMFC
PETTIBONE Traverse Lift LLC, Baraga, Michigan
plan & model for New Product Launch
Executed parallel development
process in place of sequential development
parameters such as Time To Market, S curve and performed VRIN Analysis
Advanced machining project,
Houghton, Michigan Spring
Design, development and cost analysis of engine cylinder fabrication.
C. K. Choi, and D. D. Meng, "Superhydrophilic Surfaces for Antifogging
and Antifouling Microfluidic Devices," Journal of the Association
for Laboratory Automation, vol. , pp. , .
F. Teng, S. Santhanagopalan,
R. Lemmens, X. Geng, P. P., and D. D. Meng, "In situ
growth of LiFePO nanorod arrays under hydrothermal condition,"
Solid State Sciences, vol. , pp. , .
X. Geng, P. P.,
and D. D. Meng, "A SelfAdaptive Thermal Switch Array to Stabilize
the Temperature of MEMS Devices," in Proc. IEEE Int. Conf. Micro
Electro Mechanical Systems, Hong Kong, China, , pp. .
M. Nie, P. P.,
S. Kai, and D. D. Meng, "Superhydrophilic antifog polyester film
by oxygen plasma treatment," in Nano/Micro Engineered and Molecular
Systems, . NEMS . th IEEE International Conference on,
, pp. .