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1. SITANSHU HARKANTRAY PANDYA
sitanshuharkant.pandya@mavs.uta.edu +1 (682)-433-8661 Arlington, TX – 76010
LinkedIn profile: https://in.linkedin.com/pub/sitanshu-pandya/99/336/5a8
TECHNICAL SKILLS
SOFTWARE TOOLS: AutoCAD, Creo Parametric, ANSYS, SolidWorks, CATIA, MS Office Tools.
PROGRAMMING LANGUAGE: MATLAB, C, C++, Java, CNC Programing.
WORK EXPERIENCE
Intern engineer at Jindal Steel Works, Vasind, Maharashtra, India.
 Internship in Design and analysis department.
 Successfully completed Design and Development of Floating Shaft Arrangement and Gear Box
 Successfully completed efficiency analysis of Continuous Galvanizing plant.
 Efficiency analysis of various machines and furnaces with respect to Continuous Galvanizing Line.
 Intern Supervisor for In-plant workshop for maintenance of equipment(s) of Continuous Galvanizing Line.
EDUCATION
The University of Texas at Arlington, Arlington, TX 2015-2017(Expected)
Master of Science in Mechanical Engineering 3.5/4.0
Coursework: Finite element Method, Structural Aspects of Design.
Mumbai University, Maharashtra Aug 2014
Bachelor ofEngineering, Mechanical 3.3/4.0
Coursework: Finite Element Analysis, Machine design, Mechanical vibration, Theory of machines, Strength of material,
Applied Thermodynamics, Fluid mechanics, Production Processes
ACADEMIC PROJECTS
Simulation of Beam Static Analysis model and Q4 element model Using Finite Element Methods
 The Aim of this project was to create a simulated Model in MATLAB to analyze the behavior of Beam in
static loading such as Point load, Uniformly Distributed Load, Ramp Load to calculate Stress, Strain
Displacement.
 The another Model simulated in this project was a plane stress model of a plate by dividing it in finite
number of Q4 elements to analyses the each element for Stress, Strain and Displacement.
Design and Development of Floating Shaft Arrangement and Gear Box
 The aim was to design a new three stage gear box to handle increased motor capacity of UNCOILER
mechanism and provide a floating shaft arrangement between gear box and motor
 Creo Parametric was used to create a 3D model of the Design and ANSYS was used for analysis various
parameterssuchasDisplacement afterStatic Loading and operational Torque and Thermal Stress,Principal
Stress and Strain.
A practical model of Multipurpose Autonomous Robot
 The Project included the development and assembly of Multipurpose Robot and a Destructive Robot for
Different kinds of completions like LINE FOLLOWER, ROBO WARS, etc.
 The Autonomous robot (Multipurpose Robot) using AREDINO board ATMEGA 8/360 driver ICs
Programing was done embed C.
OTHER ACTIVITES
1. Participated in National level Technical Paper Presentation,Topic : Increasing efficiency of system used to convert
garbage into electricity.
2. Vice Chairperson in IEEE student branch at Mumbai University,Mumbai India.
3. Workshop Student representative and part time instructor at Mumbai University,Mumbai India.