SUMMARY A MS Mechanical Engineering student, with professional work experience in the field of design and manufacturing of Mechanical system, looking for an immediate co-op/internship opportunity in innovative work environment with the expectation of a long term relationship with the company after graduation.

EDUCATION MS Mechanical Engineering, Michigan Technological University | GPA: 3.5/4.0 Expected: April 2017 BE Mechatronics Engineering, Gujarat Technological University | GPA: 4.0/4.0

WORK EXPERIENCE Project Engineer, Amin Machineries PVT. LTD. Jul. 2013 – Jun. 2014 Project: Two Axis Position Control of Welding Positioner Objective: Redesigned, in Solidworks, a 2-degree of freedom welding positioner system to increase the positioning accuracy and provide custom speed modes as per customer needs Worked with team of three engineers Replaced the existing model’s induction motor by servo motor Learned controls of PLC L&T-LX07 and developed servomotor’s PLC controls in LX-soft Calculated the requirement of speed reduction for variations of speed and accordingly designed gearbox Manufactured the redesigned machine in Solidworks and then implemented servomotor, PLC and HMI Published a research paper documenting success of the project in conference of “Recent advances in Manufacturing-

2014” Chief Executive, Gazal Fashions Pvt. Ltd. Aug. 2014 – Nov. 2015

ENGINEERING PROJECT EXPERIENCE Post-Die Prediction of Extruded Component Objective: To predict the final shape of a plastic product after co-extrusion Preparation of experimental simulation setup for co-extrusion of plastic product Implementation of simulation on ANSYS Polyflow and SOLIDWORKS PolyXtrue Applied reverse engineering to predict exact shape of die for desired extruded product.

Application of Principles of Lean Manufacturing Objective: To reduce the lead time of high-volume production of a children’s toy below TAKT time by application of principles of lean manufacturing Identified waste, Created VSM (Value Stream Map), FSM (Future Stream Map) and Visual Controls, Applied theory of

constraints, 5S Designed Pokayoke for process with highest risk priority numbers in pareto chart Implemented cellular layout, load levelling and levelled production for sub assembly of product Redesigned layout of whole factory for implementation of JIT and Kanban Designed SMED (Single Minute Exchange of Die) system

Manufacturing Process Improvement of Machining a Single-Cylinder IC Engine Block Objective: Bring the cost of creating a 100mm diameter bore in 100,000 aluminum engine blocks to a minimum and provide recommendations for the optimum tooling required for the optimized process Result: Brought the process cost from an initial estimate of $500,000 to $57,000 due to considerations of tool change time, number of tools, number of tool tips, tool material, and tool geometry. Documented recommendations in a technical report

TECHNICAL SKILLS AutoCAD SOLIDWORKS ANSYS MATLAB

Polyflow/Xtrue NX10 CREO ProEngineer

Inventor solid edge DFMA C/C++

CNC Programming LXsoft PFMEA Microsoft office

LEADERSHIP Coordinator, “Simple Drafting with AutoCAD” Workshop at GCET Coordinator, event “CAD mania 2013” held at GCET by ASME student section Team leader, “robowar team” in event of “robowar” at ADIT-Karamsad and SCET Surat

CO-CURRICULAR EXPERIENCE Contestant, National Technical Paper Presentation Competition Active Member, American Society of Mechanical Engineers (ASME) and CAD club, MTU Chapter Member, catering service management in conference of ICIAME-2015 Worked with Department of Facilities Management at Michigan Technological University

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Hemang Moradia

https://www.linkedin.com/in/hemangmoradia

906-275-9335 himoradi@mtu.edu