Mechanical Engineer Quality Assurance

Kk PATEL

Ph: 315-***-****

*************@*****.***

Summary:

. Almost 4 years of industrial experience, in mechanical areas like

Automation, Manufacturing, and Assembly design.

. Knowledge of Auto Cad 2011, Solid Works, ANSYS Structural

Analysis/FEA, and Inventor 2008.

. Accomplished engineer with significant experience in Fabrication

Design, molding, mechanical design and manufacturing equipment.

Contributed in product development, quality control, cost reduction

and overall production techniques

. Problem solving skills & good troubleshooter and proficient in reading

of 2D-3D dimensional drawings as well as understanding the dimensional

tolerances required for quality assurance purpose.

. Problem Solver, team player, quick learner, innovative ideas,

dedicated, enthusiastic.

Education:

Master of Science in Mechanical Engineering

Aug 2007 - Dec 2009

Bridge University, Bridgeport, CT, USA

GPA: 3.0/4.0

Bachelor of Engineering in Mechanical Engineering

Jun 2002 - Jun 2006

North Gujarat University, Gujarat, India

GPA: 3.61/4.0

Course Work:

. Computer Aided Design (CAD)

. Advance CAD project, Advance

. CAM & Automation, Advance

. Engineering - Fluid Mechanic

. Strength of material(SM),

. Engineering Mechanics

. Engineering Graphics

. Manufacturing Processes

. Dynamics of Machines

. Control Systems Engineering

. Industrial Engineering

. Industrial Drafting & Machine Design

. Fluid Mechanics

. Thermodynamics

. Total Quality management

. Elements of Electrical Engineering

.

Technical Skills:

. CAD/CAM: Inventor 2008, AutoCAD, PRO E, Solid works, CATIA

. Structural/Dynamic Analysis: COSMOS, ANSYS

. Languages: C, C++, Matlab

. System: MS Windows 98/2000/XP/Vista, Mac OS, SAP

. Application: M.S. Office Features (Word, Excel, Power Point, Access).

Industrial Experience:

Avion Systems Inc.

May 10 - Current

Jr. Mechanical Engineer

Responsibility:

. As a Mechanical Engineer my role was to perform variety of engineering

tasks in planning, coordinating, quality assurance and provide data to

create designing.

. Provided assistant ship to supervisor in Drafting to create layout for

network line by using Auto Cad.

. Making plans, engineering calculations to determine the power, load,

sight selection and necessary purchase item list to accomplish

customer project.

. Prepared reports and diagrams in Auto Cad 2011 from day to day test

readings to create different layout for others department.

. Gathering customer data and need to establish easy solution using

different vender to accomplish costumer schedule in timely manner.

. Having a better communication skills and ability to work in a group or

individually.

SSPM System Engineering, India.

Jan 06 - Jul 07

Mechanical Engineer

Responsibility:

. Responsible for preparing and changing 2D and 3D modeling of Pressure

Vessels, Heat exchanger, Pumps, Air Compressor, Impeller, Jet Pipes,

and Blades used in Pharmaceutical equipment using Pro-E and AUTO CAD.

. Provide Technical support for Design changing and drawings as per

ergonomics consideration using 3D CAD.

. Working with Pro-E and ANSYS for stress /load analysis and provided

technical data of Electrical Layouts and prepared Bill of Materials

using AUTO CAD

. Arranged work schedules to meet quality and scheduling demands,

Commissioned and maintained production line, existing operations.

Implemented the 5S (kaizen) principle to manage the flow of material

within the plant

. Developed product specifications, performed design verification,

worked with operations to validate a process.

Training:

. SAP/MM module training is taken from professional trainer.

Academic Projects:

Automated Ball Pen Assembly Machine Design:

. Developed an automatic high speed mechanical system to assemble

plastic ball pen using Pro-Engineering wildfire (3D CAD)

Analysis of 2-D Laminar flow over Pipe flow:

. Imported a model of Pipe using Pro-E in Pro-Surf of STAR-CCM (CFD

software).

. Generated mesh in PRO-AM before applying Initial and Boundary

conditions to the model in Star CCM.

Submersible Pump Core Molding Pattern:

. The part to be made and its pattern must be designed to accommodate

each stage of the process, as it must be possible to remove the

pattern without disturbing the molding sand and to have proper

locations to receive and position the cores.

Reference: Available Upon Request.

Contact this candidate