Mr. Avinash Bayaji Karande has a Master of Technology degree from IIT Guwahati in Machine Design. He has work experience as a Design Engineer at TATA Technologies working on digital manufacturing of engine and transmission components. His M.Tech thesis involved using Smoothed Finite Element Methods to analyze 2D problems. He has publications in international journals and software proficiency in CAD/CAE tools like CATIA, Creo, ANSYS, and MATLAB. His areas of interest include Finite Element Methods, machine design, and automotive engineering.

1. Mr. Avinash Bayaji Karande
Master of Technology 8087339684
Specialization – Machine Design karandeavinash@gmail.com
Department of Mechanical Engineering
Indian Institute of Technology Guwahati
Degree Institute CGPA / % Years
M. Tech. Indian Institute of Technology, Guwahati 7.62/10 2014-2016
B. Tech. Walchand College of Engineering 7.56/10 2008-2012
H. S. C. Sangli Highschool and Jr. College 85.5% 2008
S. S. C. City Highschool, Sangli 83.33% 2006
EXPERIENCES
TATA TECHNOLOGIES Ltd. July 2012- July 2013
Department – Digital Manufacturing (Simultaneous Engineering, TATA MOTORS Ltd.)
Software Used – Pro-E, Catia V5, Delmia, Moldflow
 Attended extensive training program 
 Part of Power-train team which was responsible for simultaneous engineering of Engine
and transmission 
 Participation in prototype building and ensure proper build sequence
 Making recommendations for final product build sequence
 Digital manufacturing using DELMIA V5 
 Coordination of benchmarking workshops for weight and cost reduction and new design
idea generation 
 Delivered seminar on “Variable Cam Timing” 
PROJECTS
M. Tech Thesis June 2015- July 2016
Guide – Dr. S. S. Gautam
Title –Study of Smoothed Finite Element Methods for Analysis of Two Dimensional Problems
 Objective: Numerical analysis of two dimensional problems using Smoothed Finite Element Method 
 FEM results were obtained for two dimensional problems using MATLAB code. With minimum
changes in this FEM code, cell based smoothed finite element method was incorporated. These
results of cell based smoothed finite element method and standard FEM were compared with
analytical solution. It was proposed that by applying strain smoothing technique to standard FEM
formulation, better results can be obtained. 
 Application: Improving results for simulation of solid mechanics problems 
B. Tech Final Year Project June 2011-May 2012
Guide – Prof. A. Admuthe
Title - Study of Damping Capacity of Aluminium Alloy
 Objective: To find out proper precipitation Hardening method to improve ‘Damping Capacity’ of
aluminium alloy

 Precipitation hardening of the alloy was carried out for various combinations of time and
temperature and optimum ageing time for maximum damping capacity of aluminium alloy LM9 was
obtained. As damping capacity & mechanical properties are contradictory factors in this alloy an
attempt was made to correlate Mechanical Properties with Damping Properties 
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2. PUBLICATIONS
 B. Tech Final year project 


“Research India Publications”, International Journal of Advanced Material Sciences,
Paper Code - 20210, Volume No. 4 
 http://www.ripublication.com/Volume/ijamsv4n2.htm 
ACHIEVEMENTS
1. Placed among top 5 in College at XII level in NATIONAL STANDARD EXAMINATION IN
PHYSICS 2006-2007
SOFTWARE PROFICIENCY
 Catia V5 
 MATLAB 
 Creo, Pro-E 
 ANSYS 
SUBJECTS OF INTEREST
 Finite Element Methods
 Fracture, Fatigue and Failure Analysis
 Machine Design
 Automobile Engineering
POSITIONS OF RESPONSIBILITY
Departmental Placement Coordinator July 2015- June 2016
DPC of Mechanical Engineering Department, IIT Guwahati
Organizer March 2016
Advaya 2016, IIT Guwahati
Design Engineer July 2012- June 2013
TATA TECHNOLOGIES LTD.
Sub-Editor and Editor July 2010- May 2012
SOFTA club, WCE Sangli
EXTRA CURRICULARS
1. Winner “Rise of the Nation”, event organized at Walchand College of Engineering, Sangli
2. Won 3rd
prize “Brain-Storm”, a quiz competition organized by SAEINDIA collegiate club
3. Runner up in “Academia” event
4. Finalist in “Mysterion”, Quiz competition
(References available on request)
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