Ankit Batra
*** *** ****, *** *** ***********@*****.***, *****.*****@****.***.***
Arlington, TX 76010
OBJECTIVE
Desire a challenging position at entry level with a quality oriented organization whose growth will utilize my experience and skill set
as a mechanical engineer with focus in designing, 3D CAD modelling, additive manufacturing (3D Printing), automation and
robotics.
EDUCATION
Master of Science in MECHANICAL ENGINEERING, University of Texas at Arlington, TX (3.88/4.0) Graduation: Dec
2014
Bachelor of Technology in MECHANICAL ENGINEERING, Nirma University, Gujarat, INDIA (8.13/10) [July 2007 – May
2011]
TECHNICAL SOFTWARE SKILLS
Design: AutoCAD 2D and 3D, SolidWorks 2D and 3D, Pro E, Catia V4/V5.
Analysis: ANSYS
Management: ERP, MS Project
Programming: MATLAB, C, C++
Machine Programming CNC Programming in FANUC controller, Adept Technologies V+
WORK EXPERIENCE
Graduate Teaching Assistant
(Mechanical Department), University of Texas at Arlington [September 2014 December 2014]
• GTA for Introduction to Robotics, A graduate level course.
• Responsible for the lab section of the course where, I gave demo of industrial robots from IBM and Adept
Technologies (Adept Viper s650 and Adept Cobra i350).
• Helped students with their doubts about the course material.
Resident Assistant
(Cooper Chase Apartments),
University of Texas at Arlington, TX [August
2013 May 2014]
• Acquired leadership, conflict management, team building, resource management, and related skills
• Worked with a diverse group of residents from all over the world. Understood cultural diversity
Design
Engineer, TATA Technologies Ltd., Pune, Maharastra, India [
July 2011 December 2012]
• Worked as a part of the Product Lifecycle Management (PLM) team
• Main focus of the team was to customize TeamCentre 2005, a Siemens software for best use by TATA
Motors Ltd (TML)
• Started as a Graduate Engineer Trainee (GET) providing PLM support to the end users, designers of TML
• Learned CATIA V5R19 as part of GET Training and had hands on experience with Pro–E
Mechanical Engineer Intern, ELECON Engineering Co. Ltd., Anand, Gujarat, INDIA
[May 2010 – July 2010]
• Worked at the gear manufacturing unit
• Modeled in 2D and 3D using AutoCAD, and learned and performed CNC programming
• Worked with production and operation management team to reduce lead times and increase tooling efficiency
• Worked with Q&A team on basic functionalities
PROJECT PROFILES
3D Bio Printing
I am researching and modifying a 3D Printer for Bio printing applications. This is also my Master’s research area. Currently
(Dec 2014), the printer has been built and is being tested and calibrated using PLLA a medical grade bio polymer. This
research is in collaboration with the UT Southwestern Medical Center, Dallas. I am also involved with the development of a
multi modality process 3D printer which includes FDM, a syringe extrusion system and working on adding an inkjet head to
the setup. I designed components to be printed using SolidWorks 2013. Understood G codes used to control the printer.
Thermo Mechanical Analysis of Flip Chip Package using Sub Modelling Techniques in ANSYS
A simple flip chip package was analyzed for thermo mechanical properties including thermal stresses while cooled down
from 200 C to room temperature using ANSYS Workbench by employing sub modelling techniques. It was found that using
sub modelling techniques resulted in more accurate results.
Robotics
Performed an extensive project on programming an Adept Cobra i600 using the Adept V+ language. This industrial robot is
available in the MARS Lab of UTA. Also, developed an extensive user guide to be used for programming the robot by first
time users.
Dual Fuel Engine
Converted a 100 cc, 4 stroke Petrol engine to a dual fuel (petrol and LPG) engine and built a test rig to test the BSFC and
power of the engine in both the fuel modes as a part of the major project during undergraduate studies.
Relevant Course Work
Design: Machine Design, Structural Aspects of Design, Introduction to Robotics, Electronic Packaging.
Controls: Introduction to controls, Control System Components, Control System Analysis and Synthesis.