Optimization of vehicle suspension system using genetic algorithm
CV_Sanjay_final_1
1. Sanjay Kumar Shukla
#11, 2nd
main, 8th
A Cross, MSR Nagar, Mathikere, Bangalore-54
Mobile: +91 9611382795 • Email: satvikt.s@gmail.com/sanjay@mecheng.iisc.ernet.in
A Research Graduate from Mechanical department at Indian Institute of Science, IISc. Bangalore having
over eight year’s research experience at IISc. and a two year’s experience with Mahindra & Mahindra
Ltd. in the areas of fluid mechanics research and Aerothermal Management respectively.
Seeking a challenging assignment in Multidisciplinary Research & Engineering Problems.
Profile
Have a research experience in Basic Fluid Mechanics, vortex flows, Bluff body flows, Fluid Structure Interaction, and
Thermodynamics
A team player with excellent execution, problem solving and communication skills.
Strong analytical ability with exceptional problem handling capability.
Developing and planning for Experimental Engineering.
Handling Fluid Mechanics (Bluff Bodies & Vortex Flows, Fluids Structures Interaction, Multiphase flow)
Sound knowledge of experimental tools and technique in CFD-Computational Fluid Dynamics.
Knowledge of T-grid (Volume Meshing tool).
Hands on experience working on Analysis Tools: ANSA-surface meshing tool, FLUENT-numerical modeling &
simulation, STAR CCM+ - complete meshing (surface & volume), numerical modeling & simulation.
Experience in DPIV (Digital Particle Image Velocimetry), Flow visualization, Digital image processing, Hot wire
anemometer, Lab View, Signal conditioning, Load cell sensors.
Technical skills:
• High Level Languages: C, FORTRAN
• Mathematical tools: Python, Matlab, Tecplot, Mathmatica
• Computer Skills: Very familiar with LATEX, MS Office, Windows & UNIX/LINUX
Professional Experience
Mahindra & Mahindra Ltd., Mumbai
CFD Engineer -Automobiles (Feb 2008 to Jan 2008)
Responsibilities:
Worked as a part of the project team on CFD (Vehicle) simulation of MPV, which comprises the following:
• Aerodynamics analysis and Front-end flow analysis of full vehicle model
• Under Hood Thermal Management
• System level analysis of MPV (i.e., Air Induction system, Exhaust System, Radiator Fan modeling, Cooling
Circuit analysis, etc.)
• Automotive vehicle soiling & dust accumulation(Modeling & Simulation)
Educational Qualifications
Doctor of Philosophy (Mechanical Engineering) - Fluid Mechanics
Indian Institute of Science, Bangalore, CGPA: 6.0/8, 2016
Masters of Science (Mechanical Engineering) - Fluid Mechanics
Indian Institute of Science, Bangalore, CGPA: 6.6/8, 2008
Bachelors of Engineering (Mechanical Engineering)
Agra University, 75% 1st Class with Distinction, 2002
Publications
Research article “Dynamics of a flexible splitter plate in wake of a circular cylinder” has been published in Journal
of Fluids and Structures 41, 127-134. (August 2013)
Research article “Flow over a cylinder with a hinged-splitter plate” has been published in Journal of Fluids and
structures 25 (4), 713-720. (May 2009)
Conferences
Research work, Flow over a circular cylinder with a flexible splitter plate: plate dynamics, wake velocity fields and
forces, has been presented in IUTAM Symposium of Bluff Body flow, IIT-Kanpur, India. (Dec. 2011)
Research work, Flow over a circular cylinder with a flexible splitter plate, has been presented in proceeding of 5th
Conference on BBVIV, Costa do, sauip, Brazil. (Dec. 2007)
Training
Attended training programs on Tgrid, ANSA, FLUENT, and STAR CCM+, AMSim
Personal Information
Date of Birth: 2nd July 1981
Languages Known: English and Hindi