PRASHANT KUMAR

SINGH

PROFILE

C O N T A C T

E D U C A T I O N

****-**** ****** ********* ** Technology (IIT - ISM), Dhanbad, INDIA Master’s in Mechanical Engineering, Specialization in Maintenance Engineering and Tribology

9.01 OGPA

Key Courses: Project Maintenance, Preventive Maintenance, Continuous Improvement, Quality, Reliability, Safety, Tribological Design, Oil analysis, Study of Friction and Wear, Industrial Engineering, Statistics etc. 2010-2014 IIMT COLLEGE OF ENGINEERING, GREATER NOIDA UTTAR PRADESH TECHNICAL UNIVERSITY

Bachelor of Technology

Mechanical Engineering

Aggregate 65.52% marks

Key Courses: Linear Algebra, Calculus, strength of materials, theory of machine, production, Operations Research, Machine Design, Thermal Engineering and Maintenance.

A curious and committed

Mechanical Engineer having

Master’s Degree in

Maintenance Engineering &

Tribology with hands on

software skills like

Solidworks, CATIA V5, Ansys

Fluent, ICEM CFD, Python &

MySQL.

With the knowledge and

skills obtained from my

studies & projects, I can

handle the challenging tasks

in the company effectively.

P R O J E C T S

MIG 13, Old Avas Vikas

Colony, Civil Lines,

Rampur, UttarPradesh,

India

PIN 244901

Ph: +91-807*******

+91-920*******

Email:

singh22prashant@gmail.

com

Skype: singh22prashant

Linkedin:

https://www.linkedin.com

/in/prashant-singh-64305b

193/

1. Title – CFD approach for aerodynamic design of axial flow fan’s blade April 2019 - March 2020

Under this project air flow across five types of aerofoil sections were simulated using ANSYS Fluent and based on the ratio of aerodynamic coefficients i.e., coefficient of lift and coefficient of drag, most favorable aerofoil section and angle of attack were suggested so that the fan blade has maximum lift force and minimum skin friction losses due to drag force. An angle of twist is also introduced in the blade design by repeating the same approach for 3 different cross sections of blade. 2. Title – To develop a prototype of Hovercraft that can hover over solid as well as liquid surfaces.

JULY 2014 - DECEMBER 2014

Hovercraft is an amphibian vehicle that can hover over any type of surface (solid or liquid) by maintaining an air cushion below the hull developed by large blowers. The prototype was able to maintain an average gap of 10 mm from the ground surface. Its designing was done on CATIA V5 software. S O F T S K I L LS

L A N G U A G E S

C O M P U T E R

• English- Proficiency Level

• Hindi - Native Language

Microsoft Office Tools: MS Excel, MS Word,

MS PowerPoint.

Designing Software: Auto-CAD, CATIA V5,

Solidworks, ANSYS Fluent, Python, MySQL

• Good

Communication

• Optimistic

• Effective team

working ability

• Self-motivator

• Result Oriented

• National Seminar on Recent Trend’s in Nano-Technology.

• AutoCad and CATIA V5 training from CETPA Infotech.

• ‘Python for Data Science and Machine Learning Bootcamp’ by Udemy.

• Industrial visit to Western Coalfields Limited, Nagpur.

• Participation in Intra college metal casting competition.

• Tribology for Industry under TEQIP-III

• International workshop on “ Precision Engineering & Management ” under the aegis of TEQIP III

• International workshop on “ Water jet processes and related 4.0 applications” under the aegis of TEQIP III under the aegis of TEQIP III

C E R T I F I C A T I O N S

H O B B I E S

• Playing Billiards

• Sketching

• Watching movies

• Operation Research

• Data Analysis

• Maintenance Engineering

• Reliability & Safety

• Condition Monitoring

• Production

A R E A S O F I N T E R E S T

Western Coalfields Limited, Nagpur

Duration – 15 Days

Designation - Trainee

Roles & Responsibilities

• To get an overview about the functioning of various machines like Load Haul Dumper, Universal Drill Machine, Ventilation Fan, etc.

• To analyze the Main Ventilation System used in underground mining.

• To suggest some solution in order to improve the performance of Main Ventilator.

Achievements

• Suggested to use a diffuser at the exit of Fan so that there is no sudden pressure drop at the exit which in turn could reduce the vibrations in Fan.

• Suggested to use Eppler 420 blade profile as it show maximum coefficient of lift to coefficient of drag ratio. T R A I N I N G

Contact this candidate