Engineer Engineering

Amit Chavan

*** * **** ***, **********, TX ***** 361-***-**** Email: *************@*****.***

https://www.linkedin.com/in/amit-chavan-054162135

Career Objective

“To solve problems in an effective/creative manner in a manufacturing engineer position”

“Seeking a responsible job with an opportunity for professional challenges”

Qualifications Summary

Mechanical Engineer with extensive hands-on experience in manufacturing includes improving quality, profitability and processes within the pre-turning manufacturing industry. Demonstrated ability to design for manufacturability and implement quality standards. Designing and developing manufacturing process for enhancements, products changes and new products and related fixtures. Creating and maintaining accurate documentation of tool drawing, designs, concepts. Worked on analysis of repetitive equipment failures. Conferring with vendors in determining product specifications. Estimating staffing requirements, production times and relative costs to provide details for operational decisions. Resolve technical problems, coordinating with tool room personnel. Evaluating products according to quality standards and specifications. Strong understanding of sheet metal industry manufacturing processes such as making tooling, blanking, shearing, spot welding, MIG welding, coating, liquid painting, electroplating, surface finishing, inspection, storage, shipping.

Proven Expertise

Auto Component Manufacturing Processes

Process Engineering & QA Management

R&D for Manufacturability

Prioritize Multiple Projects

Public Speaking

ISO 9001 Standards

Operations and programming on CNC lathe

Cost Controls, Scrap Reduction

Total Productive Maintenance

Time Management

Professional Experience

Alka Engineering Works (Maharashtra, INDIA)

$10 million global manufacturer and supplier of sheet metal press components

Manufacturing Maintenance Engineer, 12/2013 to 02/2015

Planned, Designed, Implemented and refined manufacturing processes by applying continuous improvement and total productive maintenance principles to all areas of production. Outcomes:

Lowered maintenance cost, improved worker efficiency, reduced material waste by 8% monthly.

Upheld quality standards that helped the operation earn ISO 9001 recertification in 2014.

Developed, coordinated and implemented technical training for employees.

On-Campus Work Experience

Teaching Assistant, Research Assistant, 2016-17. Texas A&M university (Kingsville, TX)

Education

Master of science in Mechanical Engineering Technology, 5/2017 TEXAS A&M UNIVERSITY (Kingsville, TX). Gpa-3.60.

Bachelor of science in Mechanical Engineering Technology, 12/2013 DEOGIRI COLLEGE OF ENGINEERING, B.A. MARATHWADA UNIVERSITY (MH, India). GPA-3.36.

Diploma in Automobile Engineering Technology, 6/2010 HI-TECH INSTITUTE OF TECHNOLOGY, MAHARASHTRA STATE BOARD OF TECHNICAL EDUCATION (MH, India). GPA-3.20.

Certifications

Certified course on “Operation and Programming on CNC Lathe and Milling”, CIPET, INDIA

Certified Course on “Unigraphics 3-D Modelling Software” Udemy, Inc. Online Certification course

Certified Course on “Lean six sigma” Management and strategy institute, US, 2017

Projects

Diploma Project – “Auto Oiling of Piston Rings”

Main objective was to convert manual oiling of piston rings to automatic oiling.

Checking of excessive oil flow to optimum level.

Reducing time limit of excessive oil flow.

Engineering Project – “Auto Gear Rolling Tester Machine”

Comparative studies of manual and automated machine and preparing reports.

Reducing the time required for complete testing.

Succeeded in reducing the time required for complete testing by 1.5 minutes.

Master’s project- “Kinematics and Trajectory of Both Sides Cylindrical Lapping Process in the Planetary Motion Type”

Primary objective was to lap and polish the cylindrical surface of the bearing roller.

Through analysis of friction forces and pure rolling motion, it was discovered that the rolling speed of roller only depends on the rotation speed of lower plate rather than upper plate roller.

The impact of the speed parameters on the trajectory distribution, and the generation of the trajectory with respect to time were researched.

Through the analysis of friction force and movement pattern, the pure rolling motion occurs in the contact region between the roller and the lower plate, and then the rolling angular speed roll ω of roller only depends on the rotation speed of lower plate rather than the upper plate.

Master’s Dissertation - “Analysis and Simulation of Slender Curved Beams”

Primary objective of thesis work was aimed at providing useful stress relations for analyzing and designing slender curved beams.

Have presented Stress calculation formula with which we can analyze the non-linear deformations of slender curved beams.

In future, this research work will help to develop B-spline curves for shape representations of curved beams.

Publications

Chavan A. P, Zhou H. (2016), “Analysis and Simulation of Slender Curved Beams” International Journal of Engineering Research and Technology, 5(11): 462-468.

Technical Skills

ANSYS, SOLIDWORKS

CAED, CIM, CAMD

MATLAB, MATHEMATICA

Microsoft WORD, EXCEL, OUTLOOK

Honors and Activities

Member of SAE-BAJA, (2011-13)

Member of International Student Organization, Tamu-Kingsville

Member of Dhol Troupe, Tamu-Kingsville

Captain, Intramural Sports, Tamu-Kingsville

Organizer of College Fest, UMANG, (2008)

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