EDUCATION

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

WORK EXPERIENCE

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

TECHNICAL SKILLS

Mechanical Tools

:

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

Other

:

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

CERTIFICATIONS

●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

PROJECTS

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

COURSEWORK

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

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