D. ARUN

**AC Sarayu Flat,

Pachaiyappan colony *rd street,

Zamin Pallavaram, Chennai, TN–600043.

E-mail:adca7l@r.postjobfree.com

Contact No.: +91-822*******

OBJECTIVE:

To work in an innovative and challenging environment that enhances my skills and knowledge my desire and drive to succeed will be an asset, which I will contribute to the organization’s growth and profitability

ACADEMIC CREDENTIALS:

Qualification Discipline Institution Percentage/ CGPA Month and year

of passing

Ph.D ROBOTICS

SSN COLLEGE OF

ENGINEERING

Pursuing (June 2022)

M.E.

MANUFACTURING

ENGINEERING

SSN COLLEGE OF

ENGINEERING

8.57 JUNE 2018

B.E.

MECHANICAL

ENGINEERING

EINSTEIN COLLEGE OF

ENGINEERING

8.06 APRIL 2014

12th MATHS-BIOLOGY

ST JOHN’S HR SEC

SCHOOL

77.5% APRIL 2010

10th STATE BOARD

ST JOHN’S HR SEC

SCHOOL

81.6% APRIL 2008

Courses Taken:

Machine Learning

Embedded System Design for IoT

Sensors, Actuators and System Interface

Robotics for Engineers

TECHNICAL SKILLS:

Software skills: Intergraph PDS & PDMS, CAD, PRO E, SOLID EDGE. ACADEMIC PROJECTS:

Topic of Ph.D

DESIGN, DEVELOPMENT AND IMPLEMENTATION OF NETWORKED RECONFIGURABLE IN- PIPE ROBOTS FOR INSPECTION AND SCAVENGING APPLICATIONS Technology has helped people at all levels irrespective of their economical and social background. Though the reach of technology is only limited by the delays in implementation, some gray areas are yet to receive the attention of the researchers, like Sanitation workers entering manhole for scavenging tasks. To provide a comprehensive facelift for those ‘silent partners’ who get involved in manual scavenging applications, specifically, the task of humans entering manholes should be thoroughly researched upon. The process of clearing the clogs is a challenging technical problem which gets complicated with all the dangerous gases/chemicals involved. A technological intervention in the form of robots (patentable) and automation solutions are proposed to solve this problem.

1. EFFECT AND ANALYSIS OF NANOPOWDER ON BALLISTIC IMPACT TEST. Adding nanopowders on the polymer to increase the impact strength of the material. These materials are used as a Bullet Proof Vest. Now a day Kevlar is used to a bulletproof vest. Kevlar has a high impact strength, but it doesn’t absorb shock waves. It caused blunt trauma, it affects internal organs. Hence the best material for body armor should have a high level of elastic storage energy that will cause the bullet to bounce off or be deflected. To avoid that introduce CNT to increase energy absorption, it absorbs shock waves. 2. DESIGN OF GANTRY.

We design and manufacture a Gantry greater than 4-ton capacity. Mild steel is the material to create a channel. To weld a two ‘C’ channel. To make a shaft and bearing. To find the strength of a material. To make a Gantry for available material in our college and its capacity up to 4 tons. It can use to lift a machine or object.

EXPERIENCE

I have one year experience in Chennai Metro Sewage water treatment plant.

I worked as a JRF in DST-SERB Project at SSN College of Engineering from 20-December 2018 to 01 October 2019.

ACHIEVEMENTS:

Presented a paper “In- Pipe Robot Mechanisms- State of the Art Review” on International Conference on Mechanical Engineering Design 2019. (ICMECHD19)

Won First prize in CAD MODELLING in PSN ENGINEERING COLLEGE.

Won second prize in technical paper ELECTRO MAGNETIC SUSPENSION in PSN ENGINEERING COLLEGE.

Presented a paper titled SMART MATERIALS in NOORUL ISLAM UNIVERSITY.

Presented a paper entitled NEW TRENDS IN SMART MATERIALS in FX ENGINEERING COLLEGE.

Attended a NATIONAL LEVEL SEMINAR in ROBOTICS, conducted by IIT Guwahati. PERSONAL DETAILS:

Name : ARUN.D

Date of Birth : 21-08-1993

Nationality : Indian

Gender : Male

Status : Unmarried

Father’s Name : Mr. A. DAVID

Mother’s Name : Mrs. D. SEETHA

Language known : English, Tamil

DECLARATION:

I hereby declare that the above written particulars are true to the best of my Knowledge and brief. Date:

Place: D. ARUN

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