Engineer Mechanical

PRIYANSH N VARIA

Brookfield, Wisconsin - ***** 361-***-**** ***************@*****.***

OBJECTIVE

An Internationally Experienced Mechanical Engineer (Master of Science) having extensive knowledge of Medical Devices, Manufacturing Processes, Engineering Concepts and Designing with Effective Communication Skills. Presently working as a Manufacturing Engineer at GE Healthcare. Open to Full-Time Position in the field of Manufacturing or similar. TECHNICAL SKILLS

• Documentation: EQ (IQ, OQ, PQ), ECR/ECO, Software Validation, Process Validation & Verification, PPC, BOM, and MSQ. Generating OMS, QPA, PDL, and Work Instructions.

• Methodology: Six Sigma and Lean Manufacturing.

• Quality Tools: 5Why, Fishbone Diagram, Product Life Cycle, DFA, DFM, DFMEA, PFMEA, DVP&R and DFSS.

• Experience in GD&T, Bill of Material, Tool Design, Manufacturing and Assembly Method Knowledge (Injection Molding, Blow Molding, Sheet Metal Design, Snap Fit Design, Jigs & Fixtures, Vibration Welding).

• In-Depth Knowledge of Automotive Engineering Principles.

• SolidWorks 2016, CATIA v5, EM Works, AutoCAD 2016, FEMM, MATLAB and Simulink.

• CAD modeling, Drafting, Dyna-Cam, FEA Analysis, MS Office. EXPERIENCE

Manufacturing Engineer, GE Healthcare., Milwaukee, WI May 2018 - Present

• Providing Engineering, Manufacturing & Designing support to world’s fastest X-Ray CT Detectors systems.

• Working on Process Qualification, Process Development, and Continuous Quality Improvement of in an FDA regulated environment.

• Expertise in Commissioning New Equipment like Milling & Grinding Machine, Optical Gaging Machine, and Wire-saw, ADT Dicers – diamond based high speed cutting machines.

• Working extensively on Software Validation, Process Validation, EQ (IQ, OQ, PQ) of new and existing Equipment.

• Working on multiple Engineering Change Control (ECR/ECO) for Implementing Manufacturing Changes.

• Experience in creating OMS, QPA, PDL, DMR, and DHR to ensure that Product, Equipment, Tools, Processes, Software, Training, and Documentation meet requirements.

• Expertise in Process Validation, Test Method Validation, Process Repeatability and Stability.

• Working on MRSI Programming of Assembly, Grinding, OGP, and Microwave Cure Machines.

• Manufactured and Assembled CT Detector Parts like Cast Reflector, Ceramics, and Fencing Material.

• Applied Six Sigma Techniques to Minimize the Error and Improve the Process Capability of the Line.

• Applied Lean Manufacturing Techniques – PFMEA, DFM, Kaizen and 5 Why process to ensure the Cost-Effective Manufacturing Process.

• Real Time Data Analysis to improve Quality, Process Capability, and reduce Scrap Rate.

• Working as a Lean Engineer on Reducing Cycle Time and ensure smooth flow of process throughout the line. Project Engineer, Scientific Machine & Welding, Austin, TX Feb 2017 – May 2018

• Review RFQ requirements from customer and prepare bid calculations.

• Design and create shop drawings on sold jobs.

• Collaborate with shop personnel and create work orders.

• Purchase material and hardware.

• Project Manage multiple fabrication jobs.

• Participate in customer meetings concerning design requirements.

• Assist shop personnel concerning manufacturing techniques and quality.

• Perform inspection/QC on critical manufactured components.

• Oversee and review assigned tasks to entry level engineers. Engineer I, Design Tech 3D, Ahmedabad, India January - April 2014

• Designed tools, fixtures, jigs and automotive parts for clients using SolidWorks.

• Prepared and modified Bill of Material (BOM) by selecting material type based on required properties.

• Carried out FEM analysis such as stress/strain analysis and used Design Failure Mode and Effect Analysis

(DFMEA) for new designs and assembled components.

• Evaluated mechanical performance of designs and executed Engineering Change Requests. (ECR’s)

• Participated in design reviews with customers with clients, vendors/suppliers and internal design team.

• Prepared material, cost and timing estimates, reports and design specifications. Mechanical Engineer Intern, Elecon Pvt Ltd., Anand, India May – August 2012

• Analyzed and validated designs using CAE packages like ANSYS and CAD.

• Ensured that all designs meet established design standards, safety requirement and government regulations.

• Conferred with cross-functional teams such as manufacturing and quality to ensure robust product design.

• Worked with the quality assurance team.

PUBLICATIONS

Graduate Research and conference Paper on Hemodynamics May 2015

• Modeling and simulation of transient blood flow in blood vessel to observe the behavior of pressure, velocity and wall shear stress with different cases.

• “Hemodynamics Numerical Simulation of Stenosis Bifurcation” Paper published in ASME IMECE 2015 for proven expertise skills at Solid Works and ANSYS.

PROJECT / THESIS SUMMARY

Report on Blast Induced Traumatic Brain Injury August - 2014

• Analyzed the reports on stress wave associations in the genesis of traumatic brain injury by division of high resolution photographic information. Analyzed the modeling which was done utilizing CTH system which utilizes Langrangian equation and computational work by Eulerian differentiation to study the fracture conduct.

• Summarized the key factors like orientation of the blast and geometry of the skull are responsible to cause maximum brain damage.

Hemodynamic Simulation for blood-tissue stenosis May 2015 – Dec 2015

• Analyzed blood flow in various scenarios such as 20%, 50% and 80% blockage in blood vessel. An idealized numerical model has been created. Used ANSYS CFD to simulate and analyze blood flow.

• Used Solid-Works to make the models of blood vessels with 20%, 50%and 80% blockage. The simulation of this model investigates the propagation of blood flow under different scenarios like cholesterol plaque, injury specifically which tries to shrink blood vessel to obstruct blood flow. PLC / Automation

Automation of Reservoir Door of Hydroelectric Dam

• Designed and Developed a Robot which is Durable and Quick for Performing Industrial Tasks.

• Implemented the Robot for Industrial Automation Processes to Maximize the Production and Reduce the Material Handling.

EDUCATION

• Master of Science, Mechanical Engineering (Medical Devices). May 2016 Texas A&M University, Kingsville, Texas, USA. GPA: 3.53

• Bachelor of Engineering, Mechanical Engineering. May 2014 Pacific University, Rajasthan, India. GPA: 3.60

ACTIVITIES

• Organized a group of 50 undergraduate students and visited THERMAL POWER PLANT, 2011

• Volunteer work, Department of Sustainability-Texas A&M University-Kingsville September 2014

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