Sign in

Manufacturing Engineer Mechanical

Tempe, Arizona, United States
March 13, 2019

Contact this candidate



Master of Science (Manufacturing design specialization), Mechanical Engineering May 2019

Arizona State University, Tempe, Arizona CGPA 3.4/4.0

Bachelor of Engineering, Mechanical Engineering May 2016

St.Joseph’s College of Engineering, Chennai, India CGPA 3.7/4.0


TVS Brakes INDIA, Chennai, India- Mechanical Intern Jan-May 2016

Tools Used: PLC Programming, AutoCAD

●Developed a system to combat the inefficiency in brake making process in the event of an abrupt power failure

●Researched about how brake shoes were made for a particular type of vehicle

●Was exposed to the methodologies of Lean Six Sigma and its tools like 5S, KAIZEN, Poka-Yoke etc


Mechanical Tools


AutoCAD, CATIA V5, Ansys Workbench, Solid Works, PT Creo, Abaqus, Edge CAM, Arena simulation, Autodesk Fusion 360, MATLAB, Minitab, Mathematica



Microsoft Office Suite (Word, Excel, PowerPoint), C/C++, Java


●In-plant training at Super Auto Forge Private Limited, Chennai

●Conference on Robotics, Certification from Robosapiens

●MATLAB, Certification from Vanderbilt University– Coursera

●NPD Training (Autodesk), Edge Cam, Chennai

●Lean Six Sigma Green belt, SSGI

●Application of CAD/CAM, ETS Technologies

●Programming in C/C++, IBM, Chennai


Optimization of Fuel Efficiency of Trucks in Traffic Jams Aug-Dec 2018

●The subsystems of a truck powered by an IC engine and a hybrid system were modelled in order to find the parameters that can be optimized to minimize the amount of fuel consumed by trucks in traffic jams

●The first phase involves the minimization of fuel consumption of a truck powered only by an IC engine in traffic jams

●The second phase employs the ECMS algorithm in which the truck is powered by a hybrid system in traffic jams

●Tools Used: MATLAB

Conceptual Modelling: Aug-Dec 2018

●Used various tools and techniques to design and model cars, helicopters, airplanes etc and rendered them in their specific environment.

●Tools Used: AutoCAD Fusion 360

Optimization of material usage of a cylindrical can Aug-Sep 2018

●Developed an algorithm in order to minimize the surface area of a cylindrical can to obtain the optimum radius for a given standard volume

●Made sure that the results obtained matched with the standard North American coke can dimensions

●Tools Used: MATLAB and Excel

Mechanical Behavior of EN45 Spring steel subjected to various heat treatment processes Jan- May 2016

●EN 45, a spring steel mainly used in automobiles, was treated with various heat treatment processes and compared the change in its mechanical properties

●Conducted an extensive literature survey on EN45 spring steel by referring to various journals

●Finally, the heat treatment technique which produced a high impact and fatigue strength was recommended for its use in heavy vehicles

●Tools Used: ANSYS

Design of Multi Nut Tightener and Loosener in Wheels of Automobiles Jan-May 2015

●Devised a technique that enables users to tighten or loosen all the nuts or bolts from the wheels of automobiles at the same time

●Performed a detailed analysis and observation of the use of planetary gear system in enabling easy handling of nuts and bolts

●Tools Used: AutoCAD


Design of Machine Elements, Manufacturing Simulating System, Design Optimization, Polymers and Composites, Stress Analysis, FMEA, Mechanical Design and Failure Prevention, GD&T, Design of Experiment, Finite Element Analysis, DFMA

Contact this candidate