Engineering Mechanical

Prasad Sudhakar Khindkar

Pune 703-***-**** **************@*****.***

www.skill-lync.com/profiles/prasad-khindkar-312

linkedin.com/in/prasad-khindkar

Objective

Full-time Mechanical Engineering opportunities with special interest in Analysis and Product Development of electric vehicle Education

Master’s certification program in Hybrid Electric Vehicle Design & Analysis, Skill Lync (08/2020-Present) M.Tech. Automotive Technology, College of Engineering Pune (09/2019 - Present) B.E. Mechanical Engineering, Smt. Kashibai Navale College of Engineering, Pune, 70.86% (08/2014 -07/2018) 12th H.S.C, Maharashtra State Board, Percentage = 82.92 (07/2013 - 04/2014) 10th S.S.C, Maharashtra State Board, Percentage = 93.82 (07/2011 - 04/2012) Skills

EV Tools: HEV- Fundamentals, Battery technology and Simulink Scripting Tools: MATLAB and Python

Other Tools: Ms Office.

Projects

Battery Management System Algorithm

Comprehensive study on battery management system

Making BMS more suitable for commercial application through different algorithms by implementing Coulomb Counting and using Kalman Filter with help of Arduino, improving accuracy of SOC estimation further

Track the Lithium-ion battery pack to keep battery within safe operating limit and for better performance through BMS Introduction to Battery Technology for Electric Vehicles using MATLAB & Simulink

Develop Model-Based Design on BMS, supervisory control algorithm that: -

Monitor cell voltage and temperature

Estimate state-of-charge (SOC) level

Thermal and Overcharge protection

Isolate the battery pack from source and load when necessary Introduction to HEV using MATLAB & Simulink

Build Electric Powertrain with a type of motor, it's power, energy requirement to for aircraft towing application Introduction to Control of Electric Vehicle using MATLAB

Developed an ‘Electric Rickshaw’ model in MATLAB Simulink environment

Achieved 100km at constant speed of 45km/hr for different drive cycles with energy consumption, temperature monitor of motor & its controller

Isolate the battery pack from source and load when necessary Python for Mechanical Engineers

Manipulated “Data Analysis” from a given text file

Created plots for different variables based on user input

Plotted p-v line of air standard cycle

Created robotic arm with 2 degree of freedom and simulate the motion of a pendulum through animation Simulink for Mechanical & Electrical Engineering

Build ‘State flow model Control Logic’ using Simulink for operation of ‘Washing machine’ as well as “Gear shift” logic according to vehicle speed

Automation in Manufacturing, NPTEL Online Certification (Sept-Dec 2020)

Got 93% score with Elite Gold in course

Mini Project - Prediction of Fault Detection Based on Vibration Analysis for Motor Application (01/2020 - 04/2020)

Obtained signal from faulty and perfect condition motor and differentiated corresponding fault

Easy to detect the fault in running condition of motor, reduced overall repairing cost, time saving

Achieved target around 80% accuracy to detect fault B.E Project -Train axle power generation through magnetic coupling (07/2017-04/2018)

Generated electricity through Axle of shaft on prototype by arranging magnetic coupling to stored kinetic energy of shaft

Generated around 10W power at prototype level

Publication & Presentation

ICNTE-VASHI 2021 Technical Paper (08/2020 - 01/2021) Published paper in ICNTE for topic - Prediction of Fault Detection Based on Vibration Analysis for Motor Application reaching over 100+ aspirants

Extracurricular / Leadership Activities

Self-motivated - Voluntary Blood Donation to blood bank

Networking, helping spirit, Team Work - Raised around 10,000 through donation for helping for helping a village to fight draught

Learning Attitude - Actively participated in various events like Propulsion, Battleship race of Boat club in Techtonics of Sinhgad KARANDAK

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