Injection Molding Mechanical Engineering
Resume:
ASHWANI KUMAR CHANDRA, E.I.T
Arlington, TX
Contact No: 832-***-****
E Mail: ***************@*****.***
OBJECTIVE I am seeking a f ull- time job opportunity in Mechanical Engineering to achieve success
with my analytical and logical ability while benefiting the overall working of the
organization.
EDUCATION University of Texas, Arlington, TX
Master of Engineering (M.E) – Mechanical Engineering, December 2012, GPA 3.33
Specialization in Mechanical Design, Mechanics & Manufacturing
Graduate Coursework
Finite Element Method, Advanced Finite Element Method, Structural Aspects of Design,
I ntroduction to Robotics, Advanced Gas Dynamics, Control System Components,
Convective Heat Transfer, Ele ctronic Packaging, Engineering Analysis - I & I I
JSS Academy of Technical Education, Noida, India
Bachelor of Technology (B. Tech) – Mechanical Engineering, May 2008, GPA 3.5
MOTHERSON SUMI INFOTECH & DESIGNS PVT. LD, Jun’ 08 to Jul’ 10
PROFESSIONAL
Design Engineer – Responsibilities included product design of wiring harness, CCB &
EXPEREINCE
dashborad; concept styling; 3D Modeling & modifications of existing design for injection
molding feasibility for various projects; 2D drawing generation by using Catia V5R19 for
various projects; prototype development; mesh generation by using HYPERMESH; forming
f easibility analysis using HYPERFORM to study stress, wrinkle and failure conditions. Some
key projects and assignments were:
“Sunroof Rail Analysis”, Daimler Chrysler, India.
Project involved uniform mesh generation of higher order using HYPERMESH and
predetermining forming feasibility using HYPERFORM to study stress, wrinkle and failure
conditions. We provided Cad modifications to the customer from our side to overcome the
wrinkle formation as a voluntary work.
“Honda Civic Defroster Project”, Honda Siel India
3D Modification to make it feasible for Injection Molding using Unigraphics NX4, 2D drawing
generation and Dimensioning critical mounting parts with GD&T.
“CAD & Protoype Development CCB & Dashboard Project”, IVECO Italy.
Product design & 2D drawing generation using Catia V5R19 of CCB & Dashboard. It also
involved fabrication of prototypes through metal forming process and assembly of dashboard
parts onto CCB manufactured using Injection Molding.
“Washer Bottle Design Project”, Maruti Suzuki India, Ltd.
3D Modification of existing design to make it feasible for Injection Molding using Unigraphics
NX4
.
“Lens Tool Design of FERRARI for Automoti ve Lighting”
CORE-CAVITY modeling and drafting of rear light lens using Catia V5R17 for Injection
Molding process.
“General Electric X-Ray HF Teardown and Concept Modeling”, GE India
Project Involved Teardown of GE, SIEMENS, ALLENGER & MEDITRONICS High Frequency
X-Ray machines of same specification, comparing and studying the design advantages over
GE’s. The next phase involved Concept styling, modeling in Unigraphics NX4 and Prototype
development of the new concept for GE.
JSS Academy of Technical Education, Noida, India, Sept’ 10 to Dec’ 10
T eaching Assistant – Responsible for teaching subjects like thermal Engineering,
Manufacturing Science and special lectures to students on CAD/CAM. I was also entitled as
assistant supervisor for students project s related to CAD at Product Lifecycle
Management and Competency Centre.
Explicit Dynamic Analysis of square cup metal forming in ANSYS – Dec’12
ACADEMIC
PROJECTS The main objective was to regulate the stress values to fall in the non-linear plasticity zone of
aluminum which was attained by optimizing the blank shape and blank holder force to
regulate metal flow for a constant time-displacement profile.
Forward & Inverse Kinematics of Adept Viper S650 with Matlab - Oct’12
Deriving forward transformations of the joint frames using the specifications provide in product manual of
Viper. Using the final transformation matrix to derive the joint values using Inverse kinematics principles
for the end-effector.
Static load analysis of an onshore drilling PDC Drill Bit using ANSYS - May’12
The study involved static structural analysis of a drill bit with design specs referred from Baker Hughes
product manual of PDC drill bits, model Triton PDC drill. The objective of this exercise was to study the
stress development patterns using Ansys under static loading at single and full engagement of the cutter
teeth. The teeth geometry was modified from circular to elliptical cross-section to study the stresses
which can be implemented for high speed drilling.
Static thermal analysis of TSV’s in a silicon chip using ANSYS & Solidworks - Nov’11
The study involved simulating the heat flow from the die attach surface of a semiconductor chip to the
mold compound surface using TSV’s and comparing the max. temperature generated in it with a Non-
TSV package of same dimensions and specs.
SKILL SET & SOFTWARES:
T RAININGS Solidworks, AutoCAD, ANSYS 13.0, MATLAB, CatiaV5R16, Unigraphics NX4,
HYPERMESH v9, HYPERFORM v9
O PERATING SYSTEMS & TOOLS:
W indows 2000/XP/7, Micr osoft Office (Word, Excel, PowerPoint, Access
T RAININGS:
“Production Training” at Motherson Sumi Infotech and Design – Jan’1
“Geometric Dimensioning & Tolerance in 2D -3D” CAD -
“Undergraduate Summer Internship” at Yamaha Motors -
ACHIEVEMENT S Qualified Fundamentals of Engineering (FE) Examination in April 2012
Recognition for cost effective designs during GE X-Ray Project
Held technical leadership position for Mechanical Engineering Society “Prayoga” at JSS,
Noida
Certificate of achievement at Zealicon Technical Festival
PROFESSIONAL Member of American Society of Mechanical Engineers (ASME)
MEMBERSHIPS
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