product design development engineer resume example with 1+ years of experience
JessicaClaire
Montgomery Street, San Francisco, CA94105609 Johnson Ave., 49204, Tulsa, OK
H: (555) 432-1000
C:
resumesample@example.com
Date of Birth:
India:
:
single:
:
Professional Summary
Experienced Mechanical Engineer with hands-on experience in product development, analysis, manufacturing, process validation with LEED accreditation and also experience on Fish Bone Analysis & 8-D.
Expertise in mechanical equipment for design engineer and developed prototypes, APQP type, blueprints, technical, control concepts and manufacturing concepts of mechanical devices and Engine Packaging Design.
Skilled in FEA techniques for static and dynamic structural analysis and also thermal analysis.
4+ years' experience in Automotive component design, NX/Unigraphics, tooling, testing, analysis and report documentation and has knowledge of µETA.
Expert user of SPC, SAP, SQC, Root cause analysis & skilled producer of design engineering documentation.
Expertise in 3-D design modeling CAD, CATIA V5, Solid works and physical prototyping 3d printing.
Efficient Mechanical Engineer leveraging a strong technical background in bringing products from the laboratory to mass-manufacturing.
Expert Mechanical Engineer with a diverse proficiency in medical device engineering, mobile communication devices and assembly process automation.
Motivated Design Engineer with over 2+ years experience in engineering design and implementation, including CAD design (2D and Solid Modeling), equipment selection, sizing, design and equipment test design and execution. Seeking position as a Mechanical Engineer with a small, vibrant firm.
Worked in Production, Reporting and Documentation, Quality Assurance & Team Management.
Advanced Product Concept R&D, BIM, MEP tool working on electro-mechanical devices & Auto parts.
Designed CAD models using AutoCAD, CATIA V5, Pro-E/Wildfire 5.0, Cable routing on Creo 3, ICEM surface modeling.
Designed models of 2D/3D using Unigraphics/NX 8.0.
Developed a Product, Validated, Reviewed and Documented results in DVP&R's with ISO 26262, TS 16949.
Analyzed raw materials by using BOM, GD&T tools in ensuring meets as per ASME Y14.5-2010 standards with quality specifications.
Utilized Value Analysis/Value Engineering for a cost savings of $6.84 per unit for a 280k annual volume.
Completed successfully a product design with 5S & customer specifications by reducing the cost value.
Coordinated all aspects of production, including selection of manufacturing methods, fabrication and operation of product designs.
Read and interpreted blueprints, technical drawings, schematics and computer-generated reports.
Led project scheduling and budgeting to successfully and quickly complete engineering projects.
Assisted drafters in developing the structural design of products using drafting tools or computer-assisted design (CAD) or drafting equipment and software.
Created parts for various fabrication methods, including machining, sheet metal fabrication and injection molding.
Designed utilities and HVAC systems for high technology facilities, including cleanrooms, general manufacturing and process and institutional facilities.
Documented products and processes using Solid works, PDM Link and document release through arena.
Designed and built process tooling including insert molds, arbor press tooling, soldering and welding.
Mechanical Engineer, 04/2013 - 10/2013 Mahindra And Mahindra Ltd – City, STATE,
Worked in Central Maintenance Department particularly in chiller plant.
Upgraded the vapor compression refrigeration system from water to air and worked on internal combustion engines & Turbochargers.
Replaced R22 gas with R134a because low factors in R22 gas under pneumatic in nature.
Transformed Water-Cooled Chiller to Air-Cooled Chiller by replacing the gas in the condenser.
Worked extensively with AutoCAD and CNC programming for building Refrigeration system and chillers.
Designed on HVAC systems on buildings through Revit and AutoCAD 3-D modelling documentation.
Relevant Course Work:.
Advance thermal design.
Advance heat transfer.
Advance heat transfer II.
Fatigue and fracture.
Fatigue of materials.
Fracture Mechanics.
Combustion.
Tribology-Principles & applications.
Process monitor/control.
Mechanical Vibration.
Power plant engineering.
Design of experiments
Equipment Knowledge:
Fused Deposition Molding, Selective Laser Sintering, Stereo-lithography, Objet, Sound Level Meter, Microphones, Accelerometers, Tachometer, Reverberation Test Chamber, Multichannel Signal Analyzers, Anechoic Test Chamber, Hydraulic Shaker Table.
Automotive Exhaust Waste Heat Recovery System Using Thermoelectric Technology WMU 2015
Objective: To physically construct and test thermoelectric generator TEG which is added to IC engine and to extract energy from waste heat created by system.
Simulated design using Pro-E and Mathcad analysis of TEG and exhaust tube were fabricated and installed in existing exhaust engine.
Designed heat sink using CATIA hyper mesh and performed computational analysis using CAE tools.
Continued optimization could likely result in the production of a TEG unit producing enough energy to power many of the components that today leach power and efficiency from internal combustion engines.
Title: Clean Combustion in Gas Turbine Engine WMU 2016
Objective: To lower the amount of and CO emissions from Butyl Nonanoate and Methane fuels in gas turbine combustors by using solid works through analytical analysis.
Designed a combustor using SolidWorks and Creo and also simulated the emissions of gases from both the fuels by study of electromechanical.
Procured analytical analysis by stoichiometric calculations in adiabatic flame temperatures with various equivalence ratios.
Promoted methane as better fuel because of low emissions Work per unit mass and emissions are optimum for both the fuels.
Title: Large Combined Heat Power Plants in Sustainable Energy Systems WMU 2015
Objective: To analyze which CHP is more feasible in overall system by using technical, economic and fuel consumption analysis.
CEESA system was modified with CCGT, CFB, APF CHP's and these were analyzed by system cost and fuel consumption indicators through analysis.
CCGT was more feasible than other CHP's in the basis of low Biomass consumption and cost.
Programmed the systems and designed using CATIA for CNC machines and progressed with refrigeration system.
Developed internal processes and plans for mechanical verification, product development and factory processes.
Developed prototype components, assemblies and tooling.
Performed thermal, electromagnetic, dynamic and structural engineering analyses.
Analyzed mechanical requirements to determine feasibility of design.
Education
Master of Science: Mechanical Engineering, Expected in Dec 2016 - Western Michigan University - Kalamazoo, MI GPA: Status - Mechanical Engineering 3.33
Bachelor of Science: Mechanical Engineering, Expected in May 2014 - J.B. Institute of Engineering & Technology - Hyderabad, TL GPA: Status -
Six Sigma Green Belt Certification, PE Certification, EIT from ProSource professional certifications.: , Expected in September 2016 - - , GPA: Status -
*AutoCAD 2D/3D, CATIA V5, CNC Certification from CITD certified institution.: , Expected in May 2011 - - , GPA: Status -
Certifications
Six Sigma Green Belt Certification,
PE Certification, EIT
from ProSource professional certifications. September 2016
AutoCAD 2D/3D, CATIA V5, CNC
Certification from
CITD certified institution. May 2011
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Resume Overview
School Attended
Western Michigan University
J.B. Institute of Engineering & Technology
Job Titles Held:
Product Design/Development Engineer
Mechanical Engineer
Degrees
Master of Science
Bachelor of Science
Six Sigma Green Belt Certification, PE Certification, EIT from ProSource professional certifications.
*AutoCAD 2D/3D, CATIA V5, CNC Certification from CITD certified institution.