AutoCAD, Creo, Solidworks, MS-Office, MySQL, HTML5

PARTH SANJAY ZOPE

Address: **/*, *********** ******, ********** chauk, Akurdi, Pune - 411035

E-mail: ***********@*****.***

Phone: +91-942*******

WORK EXPERIENCE:

Executive Design (Transport Solutions India Pvt. Ltd., Pune, India) Apr 18 – Feb 20 Project 1: TCT - 140t (Tilt Cum Trailer – 140t)

Client: Vehicle Research and Development Establishment, Ahmednagar. Role: Created CAD models and detailed drawings of trailer chassis, hydraulic suspension systems, and steering systems. Selection of various hydraulic components required in trailer systems. Created a process plan of chassis boring and machining processes. Load case calculations of the trailer chassis. Project 2: IMS Trailer Mark-II (Integrated Mobility System Trailer) Client: Vehicle Research and Development Establishment, Ahmednagar. Role: Modifications in the existing design by analyzing the field results. Modifications in steering linkages of the trailer to avoid skidding of the wheels. Troubleshooting of hydraulic systems in the trailer. Internship (Indian Railways Workshop, Bhusawal, India) May - Jun 13

Studied the suspension systems used in railway rolling stocks like Carrier and Wagon.

Studied various aspects of suspension system like Assembly and Dismantling, Maintenance procedure, Mode of failure and Repair.

Made a report on the maintenance procedure of suspension system of rolling stocks. EDUCATION:

B.E. - Mechanical Engineering (North Maharashtra University, Jalgaon, India) Aug 14 - Jul 17 CGPA: 8.46/10.0 (First class with Distinction)

Diploma - Mechanical Engineering (M.S.B.T.E., Mumbai, India) Jun 12 - Jun 14 Percentage: 79.22% (First class with Distinction)

ACADEMIC PROJECTS:

Development of Ignition switch-based Automated Hand Brake Mechanism Aug 16 - Apr 17

The project involved Ignition switch-based automatic actuation of hand brakes which is operated by a pneumatic cylinder.

Performed the design calculations of the brake lever and selected a pneumatic cylinder for the required braking load.

An electrical sensor was used to detect ignition status which would actuate the Directional Control Valve in the system to supply compressed air to the pneumatic cylinder.

The pneumatic cylinder would then engage and disengage the braking mechanism. Production of compressed air using vehicle suspension system Oct 13 - Apr 14

An alternate vehicle suspension system was built with the objective of producing compressed air.

The suspension bars were replaced by piston-cylinder systems stiffened by springs to give suspension effect and ultimately produce compressed air.

The piston-cylinders were selected to compensate for the load requirements of the replaced suspension bars.

The project won second prize in a university-level project competition in April 2014. SOFTWARE SKILLS:

AutoCAD 13 CREO 3.0

SolidWorks 16 MS - Office

PERSONAL AND SOCIAL SKILLS:

Can effectively work in a team Like to take initiative HOBBIES:

Traveling

Cooking

Trekking

Internet surfing

AWARDS AND RECOGNITIONS:

Received State Scholarships in 4th and 7th Grade.

Got 1st prize in Maharashtra Talent Search Examination in the Jalgaon district section in 9th grade.

Got 2nd prize in University Quiz competition in Diploma period.

Participated in the University Badminton and Cricket competitions.

Actively volunteered in Mechanical Engineering Student Association (MESA) from 2014 to 2016.

Held the post of Vice President for Mechanical Engineering Student Association (MESA) in 2016-17 and organized various cultural, sports and technical events.

Participated in various social causes like blood donation camps, Indian Government initiated Clean India and Save Girl Child campaigns.

Organized social awareness rallies for important issues like child vaccination and voting rights/responsibilities.

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