No **/b Kumaran Colony Vadapalani Chennai
Seeking for a challenging position as a Mechanical Engineer, where I can use my planning, designing and overseeing skills and help grow the company to achieve its goal. EDUCATION
B.TECH MECHANICAL ENGINEERING SRM UNIVERSITY
2016 - 2020
EQUIVALENT PERCENTILE- 83.9%
( Up To 6th Sem)
INTERMEDIATE Vigyanand Kendriya Vidyalaya
2014 – 2015
EQUIVALENT PERCENTILE- 68.6%
HIGH SCHOOL Vigyanand Kendriya Vidayalaya
2012 – 20113
EQUIVALENT PERCENTILE- 85.5%
1 FEB 2019 – 1 MARCH 2019
Helped with administrative support, including managing incoming calls, coordinating files and sorting mails.
Built rapport with clients to facilitate trusting relationship and provide setting conducive to growth.
Interacted with customers professionally by phone, email or in-person to provide information and direct to desire staff members.
Participated in cross – functional team -building activities. INPLANT TRAINEE MARUTI SUZUKI
15 JUNE 2018 – 30 JUNE 2018
Worked as a Mechanical Engineer and directing all task related to that project,I need to supervise and design the Cycle Track from the starting of the project till the end. Collaborated in professional team to solve assembly issues in the various Maruti Suzuki cars. Tracked and recorded team expenses and reconciled accounts to maintain accurate, current and compliant financial record.
INPLANT TRAINEE MILAN ELECTRICALS
1 JUIY 2018– 30 JULY 2018
Worked with a team of Professional design engineers, project managers and engineering consultants to review and design, prospective commercial and utility solar PV projects . Primary duties include the creation of plan sets, applications and due diligence associated with the permitting and entitlement of mounted solar systems. SKILLS
ANALYTICAL AND PROBLEM SOLVING SKILLS
AUTOCAD, CAD, ANSYS, SOLIDWORKS
Project: Abrasive Jet machining Using Silicon Sand Objective: To construct & and assemble the abrasive jet machine for the machining process using silicon sand.
Description: Basic purpose of abrasive jet machining is to accelerate fine abrasive particles (by momentum transfer). A compressor is used to elevate pressure of the carrier gas (as high as 20bar); abrasive grits are mixed with it in a mixing chamber (as per mixing ratio), and a nozzle is used to convert pressure energy into kinetic energy (in the form of high velocity jet). Carrier gas pressure along with nozzle diameter determines final jet velocity and thus machining performance.
• Kratorq’18 Symposium
• Basic Mechanics Workshop, 2018
• Basic Electrical and Electronics Workshops,2018
• Solid Mechanics Workshop,2018
• NSS ( National Service Scheme)
• Paper presentation
• Volunteer The national Level Technical Symposium LANGUAGES
• Hindi- Native Language
• English-Speak, Read and write with high proficiency.
• Japanese- Understand but speak with basic competence.