Mechanical Engineering Manufacturing

S ANTOSH LAXMAIHGARI

Email: ********@*****.***. Cell: 317-***-****

Education

Master of Science in Mechanical Engineering May 2015

Purdue School of Engineering & Technology, Indiana GPA: 3.16/4.0

Bachelors in Mechanical Engineering May 2013

JNTU Hyderabad GPA:3.5/4.00

Work Experience

May ‘12 - July ‘12

Intern at Electronic corporations of India Ltd.:

Compared the merits of bolted joints over welded joints for a control room panel.

Aug ’14 -May ‘15

Teaching Assistant for undergraduate course

Technical Skills

Software Skills: 2D and 3D CAD, Auto CAD, PTC Creo, CATIA V5, Ansys, AutoDesk, Solidworks, Microsoft office

Suite.

Programming Skills: C, Matlab, CNC Programming

Operating Systems: Windows 9x/XP/Vista/7, Linux

Academic Projects

Aug ’13 – Dec ‘13

Design and analysis of chassis for SAE Baja race:

A model of chassis is built in Solidworks and imported into Ansys for further analysis.

The vehicles crashworthiness is evaluated in three distinct modes: Frontal, Side and Rear.

May ’12 – July ‘12

Comparison and analysis of welded and bolted joints for a control room panel:

Designed and developed a control room panel with a bolted joint and welded joint.

Comparison of welded joints and bolted joints is done by analyzing it using Ansys.

Jan ’15 – May ‘15

Optimization of Engine bracket:

Engine bracket is designed in solid works, keeping in mind to reduce the overall weight.

Analysis is carried out using Ansys to find out the overall stress distributed and yielding points.

Thus obtained results were used to develop Matlab code and using Isight the optimized weight

of the engine bracket is found.

Aug ’14 – Dec ‘14

Design and analysis of Nano-imprinter:

Model is created using Creo.

Analysis is performed on the model using Ansys.

Later on worked on ECN to facilitate manufacturing of the same.

Jan ’14 – May ‘14

Creation of Manufacturing sequence for a model:

Desired model is developed using CREO then, CNC program is created for the model to facilitate manufacturing.

Appropriate milling machines, tools are selected for the manufacturing.

Model is being analyzed before creating the CNC program. Tool Used: Ansys

Jan’15 – May’15

Design and Analysis of a conformal cooling channels for Injection Moulding:

Model of conventional and conformal cooling channels are designed in Solidworks.

Transient thermal analysis is done on the models using Ansys Workbench.

Technical Expertise

- Modeling and analysis experience in mechanical systems with the aid of Pro-e and Creo 2, AutoCAD, SolidWorks,

CATIA V5, Ansys for more than three years.

Worked with various CFD analysis software packages like solidworks, flowexpress, Inventor flow design, Ansys

-

fluent, Autodesk flow packages, worked on finite element analysis in different projects

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