Jessica Claire
  • Montgomery Street, San Francisco, CA 94105
  • Home: (555) 432-1000
  • Cell:
Professional Summary

Product Engineer with 3 years of experience designing and developing products from customer specifications. Works closely with manufacturing to support integration of materials, methods, and tools necessary to build specified designs. Knowledge of mechanical design applications. Innovative engineering professional who aspires to establish a career within a dynamic, results driven organization that will utilize and develop skills to achieve personal and organizational excellence

  • Computer-Aided Design (CAD): NX and AutoCAD
  • Finite Element Analysis using ANSYS and LS-Dyna software
  • MATLAB, and Computational Fluid Dynamics software (Star- CCM+)
  • Technical Support and Detail-oriented
  • Manufacturing process controls
  • Technical problem-solving
  • Bill of Material (BOM)
  • Dimensional analysis
  • Product development
  • Microsoft Office Suite
  • Component functions and testing requirements
  • FMEA
  • Root cause analysis
  • Design For Assembly (Dfa)
  • Tolerance Analysis
  • Design For Manufacturability
Work History
Product Engineer, 08/2018 to Current
Ati MetalsMonaca, PA,
  • Responsible for the complete and robust seat design and implementation, including Drawing and data accuracy, seat appearance and bill of material.
  • Keeping track of all engineering changes and providing updates to production and material teams through changes management meetings.
  • Negotiated and investigated technical and root causes in fast space environment.
  • Coordinating and performing COP (Airbag) and FMVSS, EU safety tests for 1st and 2nd Row seats at external testing lab.
  • Issuing Engineering Change Alerts, Quality Alerts, and rework instructions for plant.
  • Providing technical guidance and support to other designers and engineers to ensure the optimal quality of seat structure, foam, and trim.
  • Maintain engineering DFM/DFA issue lists, develop and implement engineering design solution.
  • Address engineering concerns through DFM/DFA meetings.
  • Serving as a liaison between plant and the development team in Germany.
  • Providing update on engineering change implementations to customer through NCM meetings.
  • Identified new ideas, products and/or features that improved customer satisfaction, reduced costs and kept product line in forefront of industry.
  • Tested completed projects for functionality and implemented changes to production methods to rectify issues in final products.
  • Drove continuous improvement culture in engineering to provide clear product design standards, improve manufacturability through enhanced documentation, and reduce engineering cycle time.
  • Managed cross-functional workgroups tasked with multi-disciplinary reviews of new project proposals
Part Quality Engineer, 04/2018 to 08/2018
Mercedes BenzFort Mill, SC,
  • Negotiated and investigated technical and root causes in fast space environment.
  • Collaborated with other HMA departments to convey new part status through effectively communicated data and analyses to/from assembly.
  • Provided expedited service and support to frame assembly.
  • Analyzed CAD, Honda drawing and specs by tracking part information in bill of materials and design changes.
  • Prohibited outflow of non-standard part and managed methods of third party containment.
  • Develop technical report, operational standards, and presentations.
  • Research current HMA standards and procedures PFMEA Intermediate Automation, - Mechanical.
  • Coordinated with quality control staff to complete inspections.
  • Developed training protocols in alignment with company quality standards and ISO 9000 regulations.
Intermediate Automation Designer- Mechanical , 05/2017 to 12/2017
Ats Automation Tooling Systems Inc.Guaynabo, PR,
  • Designed and developed process concept, optimized assembly, and identified resource requirements.
  • Ensured product and process could meet or exceed customer requirements.
  • Responsible for preparing RFQ's and obtaining quotes for design revisions, process improvements, and new processes.
  • Assured team had appropriate documentation, procedures, and equipment to achieve conforming outputs.
  • Supported Program Manager by tracking outputs and reporting results.
  • Updated drawings and designs for review and approval.
  • Produced drawings and bills of materials for custom equipment, subassemblies, and finished product using AutoCAD.
  • Organize documentation, including quotes, drawing registers, correspondence, requisitions, drawings, schedules, etc.
  • Perfume Duties with little or no supervision.
  • Determine tools, fixtures and equipment used in fabrication, assembly of mechanical components and finished product.
  • Calculated strength of materials, speeds, horsepower, temperature, pressure, force, etc.
  • Researched customer design proposals and requests to evaluate feasibility, cost, and maintenance requirements of designs.
  • Sketched outline designs and used CAD programs to create detailed design and specifications.
Manufacturing Engineer, 08/2016 to 05/2017
Ametek, Inc.Wayne, NJ,
  • Identify tooling needs for the production team to procure and implement.
  • Read blueprints, interpreted quality and customer requirements, reviewed drawings, and technical data.
  • Obtained quotes for tooling / fixturing design and tracked timely delivery of tooling.
  • Identify and implement continuous improvement initiatives into the production process to increase efficiency, reduce cycle time, reduce defects, and eliminate waste.
  • Developed, maintained, and implemented preventive actions into the production process.
  • Developed and maintained work instructions using HMSCapp System.
  • Identified, documented, and resolved conformance issues utilizing the TipQA database.
  • Defined task requirements for section personnel and provided training to ensure capability to meet performance requirements.
  • Ensured that performance and quality products conform to established organizational, customer, and regulatory standards.
  • Reviewed, analyzed, and reported quality discrepancies related to assembly, process, mechanical, electrical and electro-mechanical systems.
  • Investigated problems, dispositioned product, and initiated corrective actions for recurring discrepancies Interfaced with manufacturing, engineering, customer, vendor and subcontractor representatives to ensure requirements are met.
  • Developed and implemented quality planning, programs, and procedures using statistical quality control statistics, lean.
  • Awareness of environment friendly workplace.
  • Utilized manufacturing concepts, and six-sigma tools and analyses.
  • Properly handle and disposal of hazardous waste.
  • Provided production support with day-to-day Quality / Test engineering activities.
  • Researched and tested design feasibility and operation of equipment, components and systems.
Bachelor of Science: Mechanical Engineering (BSME), Expected in 04/2016
University of Alabama At Birmingham - Birmingham, AL

Focus: Mechanical Systems and Thermal Fluids

Relevant Courses : Mechatronics, Mechanical systems, Thermal Fluid laboratory, Thermodynamics, Machine Design, Mechanics of Solids, Statics, Dynamics, Electrical Systems, Engineering Economics

Senior Design Project

  • Converted a 2000 Suzuki LS650 (Savage) combustion motorcycle to a fully electric bike with specifications comparable to electric motorcycles currently in production such as the Brammo Empulse or the Zero.
  • Operated machine shop tools and machinery: milling machine, bandwidth saw, and welder
  • Designed and fabricated mounts
  • Participant in cross- functional product- development meetings
  • Computational Fluid Dynamics: Integrated firearm suppressor K and Cone baffles used to conduct a turbulent flow study through a cylindrical tube with specific openings along the length for the gases produced during combustion to escape in a way that minimizes the auditory output from the firearm.
  • Thermal Fluids Laboratory: Worked with lab team and reported output for various projects: Air Foil, Axial Conduction, Cooling Tower, Double pipe Heat Exchanger, Pelton Wheel, Vapor Compression, and Viscosity Lab.
  • Mechanical System Laboratory: Baseball Simulation, Thread Efficiency Testing Equipment, Experimental Evaluation of Belt Drive Characteristics, and Vibration Measurement and Analysis: Cantilever Beam.
Professional Organizations
  • American Society of Mechanical Engineers (AMSE)
  • The National Society of Leadership and Success

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  • University of Alabama At Birmingham

Job Titles Held:

  • Product Engineer
  • Part Quality Engineer
  • Intermediate Automation Designer- Mechanical
  • Manufacturing Engineer


  • Bachelor of Science

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