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Mechanical Design/Manufacturing Engineer

West Springfield, MA
October 05, 2018

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**** ********* **., *. ***********, MA 01089 +1-440-***-****


Result oriented, intelligent and self-motivated Mechanical Engineer seeking a challenging and rewarding position in Mechanical Design/Manufacturing Engineering, with excellent communication, problem solving and project management skills.

-Proficient in AutoCAD with 2d drafting, part drawings and 3D drawings and Microsoft Office (Word, Excel and PowerPoint)

-Intermediate proficiency in SolidWorks

-Ability to understand Mechanical and electrical schematics

-Well versed with different manufacturing processes, FMEA, Geometric Dimensions and Tolerancing (GD&T) in design process, Lean activities and New Product Development (NPI)

-Essential knowledge of FEA concepts, ANSYS (Mech. APDL) and Autodesk Inventor

-Familiar with MATLAB, Arduino, 3D printing (Worked on these softwares during academic projects)

-Ability to learn new software/techniques quickly

-Well versed with the concepts of Lean activities and FMEA

-Cross functional team playing experience, capable of working on multiple projects with responsibility and reliability


Master of Science in Mechanical Engineering December 2017

Western New England University – Springfield, Massachusetts GPA: 3.73 out of 4.00

Bachelor of Science in Mechanical Engineering June 2015

K.J. Institute of Technology – Gujarat, India GPA: 3.2 out of 4.00


Span Engineers – Vadodara, India

Jr. Mechanical Engineer Dec. 2014 – Dec. 2015

Provided technical and reliable support to design and manufacturing team in calculation, design, development and production of various types of gearbox

Developed 3D models and part drawings using AutoCAD and SolidWorks

Implemented GD&T in design process to ensure the quality level of product by limiting geometrical variations as per geometrical specification (tolerances) of each part

Supported engineering team in manufacturing, assembly and maintenance process

Developed Bill of Materials (BOMs)

Communicated with customers throughout the project, identified customer requirements and collaborated with design team to make modification


Motion Follower Camera Base using Arduino – Advanced Mechatronics Project

-Designed a 3D model and sketches of camera base using SolidWorks

-Built the Camera base using Trotec Speedy 100-Laser cutting machine and Ultimaker 3d printer

-Wrote the code in Arduino, made the wiring diagram using Fritzing software and built the circuit using Arduino UNO board, PIR sensors and other components

Stress Analysis of Fixed Pitch Propeller

-Drafted a 3D model of propeller using SolidWorks

-Conducted stress analysis of propeller using ANSYS- Mech. APDL

-Calculated maximum stress and maximum displacement in propeller shaft after giving rotary motion and constraints in certain directions

-Determined safe RPM range

Efficiency comparison between different types of fuel cells

-Calculated and compared efficiencies of Solid Oxide Fuel Cell, Alkaline Fuel Cell and Hydrogen Fuel Cell

-Concluded Fuel Cell with better performance

Hybrid Vehicle

-Objective of the project was to combine the Solar Principle with Electric-I.C. engine hybrid vehicle and conclude the factors of improvement to make it more efficient and desirability of its application

-Modeled and built a Hybrid Vehicle Prototype operating on Internal Combustion Engine and Electric motor-coupled with an alternator powered with 20AH/24V battery

-A Polycrystalline solar panel is connected to battery pack which charges the battery

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