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Andrew Smith


Phone:

(000) 000-0000

Email:

andrew_smith@example.com

Address:

287 Custer Street, Hopewell, PA 00000

Professional Summary

Highly-motivated focused professional with 30 years of experience in manufacturing and production process engineer.  Adept at identifying equipment and controls to optimize shop floor processes to meet customer’s demands and reduce costs.
Consistently participates in lean manufacturing and continuous improvement initiatives.  Strong project engineering and planning skills with keen ability to multi-task in a fast-paced, results-driven environment.

Employment history

Jul. 2001 – Present
Israelshire, Massachusetts
Manufacturing Engineer/US Expansion Team, Ratke, Harber and Grimes

 Manufacturing Engineer

 Maintenance / Special Projects Leader

 Designed, built, programmed Automated Production  machinery      and    test Cells for R&D projects

  PM Scheduling for Maintenance

  • Read and interpret maintenance manuals, service bulletins, and other specifications to determine the feasibility and method of repairing or replacing malfunctioning or damaged components.
  • Confer with supervisors or engineers to plan or review work activities or to resolve production problems.
  • Test faulty equipment to diagnose malfunctions, using test equipment or software, and applying knowledge of the functional operation of electronic units and systems.
  • Install and configure new equipment, including operating software or peripheral equipment.
  • Maintain parts inventories and order any additional parts needed for repairs.
  • Update existing equipment, performing tasks such as installing updated circuit boards or additional memory.

Feb. 1996 – Apr. 1996
North Suzanneborough, Kansas
Leadman, Dooley, Boehm and Mertz

  • Adjust, repair, or replace electrical or electronic component parts to correct defects and to ensure conformance to specifications.
  • Position, align, or adjust workpieces or electrical parts to facilitate wiring or assembly.
  • Drill or tap holes in specified equipment locations to mount control units or to provide openings for elements, wiring, or instruments.

Education

Feb. 2000
Certificate: Advanced Programming

  • Eastern Wiegand – Port Devon, Kansas

Dec. 1997
Associate of Science: Electrical Engineering

  • Eastern Hermann – East Miquel, North Dakota

Jul. 1985
Military Training: Communication Technician

  • East Kansas Academy – West Bennie, Georgia

Skills

Project Management
Experienced

Electrical Technician
Expert

PLC Programming
Expert

Mechanical Pneumatic and Hydraulic
Experienced

Welding
Skillful

ba4c25d0-bd4d-4f00-b141-418993bfe37e

Andrew Smith


287 Custer Street, Hopewell, PA 00000

andrew_smith@example.com

(000) 000-0000

Professional Summary

Highly-motivated focused professional with 7 years of experience as an assembly manufacturing and production process engineer.  Adept at identifying and implementing shop floor process optimization and control methods to eliminate turn-backs to reduce overall assembly costs.  Consistently participates in lean manufacturing and continuous improvement initiatives.  Strong project engineering and planning skills with keen ability to multi-task in a fast-paced, results-driven environment.

Employment history

Manufacturing Engineer, Crooks-Hettinger. Fayland, Louisiana
Dec. 2017 – Present
  • Working as a Manufacturing Engineer in Assembly line
  • Working with the products X-Ray Equipment’s , Patient Monitoring Devices and Dialysis Products 
  • Plan and establish work schedules, assignments, and production sequences to meet production goals.
  • Conduct employee training in equipment operations or work and safety procedures, or assign employee training to experienced workers.
  • Interpret specifications, blueprints, job orders, and company policies and procedures for workers.
  • Confer with other supervisors to coordinate operations and activities within or between departments.
  • Read and analyze charts, work orders, production schedules, and other records and reports to determine production requirements and to evaluate current production estimates and outputs.
  • Maintain operations data, such as time, production, and cost records, and prepare management reports of production results.
  • Calculate labor and equipment requirements and production specifications, using standard formulas.
  • Recommend or implement measures to motivate employees and to improve production methods, equipment performance, product quality, or efficiency.

Diploma Engineer, Cassin-Parker. East Lannie, Maryland
Dec. 2013 – Feb. 2014
  • Worked as a Diploma Engineer in Production Line.
  • Worked with Computer Numerical Control Machines and Conventional machines.
  • Set up and adjust machines and equipment.
  • Evaluate the Overall Effective Efficiency for Man and Machines.
  • Performed the Hourly log sheets preparation for employees.
  • Recommend or implement measures to motivate employees and to improve production methods, equipment performance, product quality, or efficiency.
  • Maintain operations data, such as time, production, and cost records, and prepare management reports of production results.

Internship, Keebler, Wunsch and Heathcote. New Louburgh, Texas
Sep. 2012 – Nov. 2012
  • Worked as a Internship at Perfint Healthcare 
  • Manufacturing the products MAXIO , ROBIO-EX  Image guided physician controlled stereo tactic accessory to Computed tomography systems
  • Confer with other supervisors to coordinate operations and activities within or between departments.
  • Inspect materials, products, or equipment to detect defects or malfunctions.

Education

Carroll Institute, West Roscoe, Virginia
B.Tech, Mechanical Engineering, Mar. 2019

O'Kon College, Prosaccoport, Maine
High School Diploma, Mechanical Engineering, Dec. 2012

Skills

Product Life cycle Management

System Knowledge

Production Planning and Control

Internal Auditing

ISO14971

ISO13485:2016

Lean Manufacturing

Just-in Time production

Corrective and Preventive Action

Overall Effective Efficiency

manufacturing engineer

  • Responsible to develop and establish manufacturing instruction, manufacturing forms, process flow MES setup as process owner in production floor and analyze existing production processes and develop recommendations for changes to working methods/operation sequences/fixtures to minimize risks, costs, and yield loss.
  • Review and update changes on pFMEA on the relevant product.
  • Develop and review URS, IQ,OQ,PQ and TMV protocols and lead through all phases of line start up , equipment commissioning and validation activities as process owner of responsible product line.
  • Ensure the effectiveness and compliance of SOP and act as trainer to provide training to operator/technician on the new product manufacturing process.
  • Responsible for the production Maintenance system and calibration system 
  • Responsible for qualities related issues’ investigation to prepare Nonconformance report  (NCEP) and CAPA

manufacturing engineer

  • Interpret specifications, blueprints and procedures for workers.
  • Confer with management or subordinates to resolve quality and efficiency problems.
  • Analyze data from test machines to improve detection of defects.
  • Perform machinery buy off on supplier site and in house.
  • Install error proofing devices to improve quality assurance level of production line.

manufacturing engineer

  • Periodically check the various processes in Fabrication to ensure they are running as efficiently as possible.
  • Ensure paperwork is complete at each stage of Manufacturing.
  • Ensure proper and regular use of personal protective equipment.
  • Ensure that the required raw materials is available at each stage of Manufacturing.
  • Ensuring Work Timeline.
  • Supervising on workers.
  • Plan all materials for new products and ensure optimal utilization 

manufacturing engineer

  • Continuous monitoring of 6 SMT Lines to improve output and analyze defects. 
  • Stencil and solder paste control system development with IT department. 
  • NPI Activities with chinese staff.
  • Plant startup activities (injection molding and metal stamping) coordination with cross functional team, including maintenance and vendor engineers.
  • Co-Design of fixtures for assembly and inspection with other departments.
  • BOM and routing setup of NPIs for inhouse and OEM production in SAP systemSupervision of two Jr Engineers for professional development and training.
  • Procurement of high specialty tools and equipment for production and tooling departments. 

manufacturing engineer

  • Work as a Manufacturing Engineer by researching, documenting and maintaining the technical specification data necessary to ensure the accurate and complete defination of corporate or divisional electronics, mechanical and electro-mechanical parts.
  • Hands on experience on different tools i.e Silicon Expert,webINR, Xpedition xDX Designer-Mentor Graphics, BOM Analyzer v4.0 (JIRA).
  • Interact with Manufacturers/Customers for MPN/Lifecycle/RoHS and other relevant details.
  • Work on Engineering change order raised by customers to update the part specifications keeping the interchangeability (FFF compatibility) in consideration.
  • Assign Designers by preparing BOM Scrubbing/Risk Analysis Report. Also suggest recommended parts for high risk parts.
  • Active in providing solutions for process improvement.

manufacturing engineer

  • Coordinate with the sales team to make the monthly demand plan.
  • Material Planning and Inventory Management.
  • Production scheduling, Manpower allocation and Line balancing.
  • Process improvements focused on ERP Oracle system streamlining.
  • Handling Dispatch and Logistics responsibilities.
  • Coordinate with supply chain team for machines reconfiguration and Insurance activities.
  • Part of various new product designing and introduction projects.

senior manufacturing engineer/ maintenance supervisor

  • Manage projects to expand capacity and introduce new products.
  • Develop preventive maintenance program and supplies procurement process.
  • Coordinate engineering student intern program.
  • Supervise (20) maintenance professionals.

manufacturing engineer

  • Responsibility. Oversees delivery and assembly of the system.
  •  Responsible to introduce new preexistence system for the manufacturing operation.
  • Provide technical support fo rproduct and Line stops/purges/quality issues.
  • Resolve non-structuralism yield issues.
  • Ensure manufacturing test capacity is sufficient for material requirement plans.
  •  Focal contact personal technical issues by technician during integration and testing.
  • Accountable to buyoff on any changes that impact form,fit and function.

manufacturing engineer

  • Prepared detailed drawings of mechanical devices that included dimensions, manufacturing methods, and other engineering information.
  • Planned and supported assembly methods, work instructions, tooling designs, and material and process development.
  • Formatted the layout and programmed CNC Laser and Amada.
  • Prepared First Article Inspection Report.

manufacturing engineer

  • Investigate equipment failures and difficulties to diagnose faulty operation, and to make recommendations to maintenance crew. 
  • Drafted electronic work instruction documents to support production line development initiatives.
  • Collaborated with manufacturing and engineering departments to handle cost-effective preproduction.
  • Eliminated hard copy administrative production hours and shipping costs to suppliers through electronic transfer of engineering drawings, standards, specifications and manufacturing instruction and procedures.
  • Analyzes sequence if operations, machine and equipment design and facility production.
  • Interprets and provides explanations of design concepts and specifications 

manufacturing engineer

  • Responsible for the technical calculation of the production minutes as well as the manufacturing processes in the Wiring Harness Business. 
  • Working closely with PTC – Porto Technical Center in order to coordinate the evaluation of the technical analysis, wiring harness drawings, design changes in terms of cost and time effect made by the technical calculation team. 
  • Attending to the design review activities and workshops at the Yazaki production plants. 
  • Presenting cost savings ideas resulting from engineering changes to the program team in order to stay within the budget allocated to the project.

manufacturing engineer

  • Direct and coordinate cad drawings from 2D patterns and construction red-lines into product samples
  • Select materials and production techniques to be used for product assembly and cost effectiveness
  • Adapt other designers’ ideas to conform with company standards for the bi-annual markets.
  • Program and manually nest all prototypes for CNC production

manufacturing engineer

  • Oversee maintenance schedules are machinery and fixtures used in production.
  • Draft 3D computer-assisted design (CAD) models and CAD drawings.
  • Create of inspection criteria for incoming material.
  • Coordinate and implement quality control objectives, activities, or procedures to resolve production problems and maximize product reliability.
  • Implement methods and procedures for disposition of discrepant material and defective or damaged parts.

manufacturing engineer

  • Performed concurrent design and manufacturing engineering and other functions to reduce time required to bring product to market
  • Complied with suppliers’ project schedule, specifications and quality by joining daily meetings and status updates
  • Identified problems and specific resolutions to fix defective, damaged or malfunctioning parts, assemblies, equipment and systems
  • Provided recommendations for approval and delivered technical assistance for resolution
  • Collaborated with various departments such as engineering, management, procurement, sales, marketing, suppliers and quality assurance to provide technical support
  • Served as technical liaison between customer, manufacturing, quality assurance and vendor and supplier personnel to resolve technical and quality issues 

manufacturing engineer/tool design

  • Develop/design tools (jigs, dies, gauges, fixtures) required to support production of aircraft
  • Evaluate and approve design changes and drawing releases for feasibility
  • Coordinate alongside various disciplines (Quality, Production, Metrology) to ensure overall program quality, delivery, and cost objectives are achieved
  • Support vendors as required during tool fabrication
  • Support continuous improvement to achieve program goals
  • Lead tooling organization efforts for corrective actions

manufacturing engineer

  •     NC Programming & fixture design for trucks & off highway vehicle parts. 
  •    Process Planning for injection mould & electrical components. 
  •   CNC router programming & Nesting for sheet-metal components. 
  •    manufacturing process improvements. 

manufacturing engineer

  • Designed all tooling for robotic welding applications
  • Coordinated tooling build with supply chain
  • Programmed all robotic welding applications with welding coordinator
  • Design and build tooling for assembly line support
  • Served as manufacturing liaison with product development group
  • Adjusted KAN BAN card qtys to reduce manufacturing footprint

manufacturing engineer

  •  Supporting in the role of Manufacturing Engineer for world’s leading Orthopaedic company. 
  •  Review of Manufacturing Process Information (MPI) documents for various suppliers. 
  • Approving the reviewed MPI documents in the Windchill PLM system.
  • Review of supplier drawing checklist along with Supplier, Buyer, Sourcing, Quality Engineer. 
  • Collaborating with all the key stakeholders in the project meetings. 

manufacturing engineer

  • Design of new systems, equipment and processes for the introduction of new products and also for the improvement of existing ones.
  • Program generation for numerically controlled machine tools with FAGOR, FANUC, SINUMERIC.
  • Confer with engineering, supervisory, or management personnel to exchange technical information.
  • Plan sequences of operations, applying knowledge of physical properties of workpiece materials. 
  • Implementation of strategic process solutions and management of manufacturing techniques, thereby maximizing the productivity by the help of Motion and Time Study.

manufacturing engineer

  • MHE’s Designer
  • Layouting
  • Tooling
  • Projects leader
  • Basics of time study

manufacturing engineer

  • Evaluate of New Product Model.
  • Machine Maintenance and daily monitoring.
  • Handling Manpower and set daily target for individuals.
  • Documentation – Set Guidelines, standard, engineering control and instruction for customer and ISO Audit.
  • Set Improvement and Ideas – To improve machine efficiency, machine cycle time, manpower, and cost reduction. Study and Analyze machine stability and product defect using six sigma method (graphical, trend, boxplot, histogram, and CpCpk).
  • Customer Claim – Verify root cause and analysis using 5M, fishbone diagram and Why-Why Method Analysis.

manufacturing engineer

  •   Specialized in all kind of Die & Molds, and  knowledge of machining strategies including depth of cut, Feed rate, Speed RPM and programmers strategies, according to material shape and material HRC consideration
  •  Plate Roughing, Finishing, flatness  and Grinding margin and Special type of Thread on Milling Machine
  •  Weight calculation, bill of material & CMM investigation. Machine maintenance.
  • Part design and Assembly animation and simulation. Engineering analysis on part design and make robust design 
  •  Successfully developed plastic injection Mold for CAP closure & water bottle Die.  

manufacturing engineer

  • Program PLC’s using Micrologix 500 to control automated clamping systems.
  • Programmed HMI’s for the use in automation of manufacturing.
  • Programmed autonomous vehicles for the carrying and delivery of product for the automation processes.
  • Used various CAD and engineering software (Inventor, AutoCAD, Solidworks and Creo 5).

sr. manufacturing engineer/project manager

  • Key project engineering support for all aspects of a new $20M robotic painting system as well as support for an existing electrostatic paint department.
  • Design engineering for (2) factory subassembly departments, including the design of an extensive loader bucket assembly stand and all related lifting equipment to support the new system.
  • Provided principal mechanical design of fixtures, racks, carts, lifting devices and paint masking devices.
  • Completely overhauled all Operations Material Sheets, and time studies for the construction and forestry paint department.
  • Factory Subject Matter Expert in paint operations and manufacturing process engineering.

manufacturing engineer/us expansion team

  • Resolve non-structural systemic product problem sand yield issues.
  •  Ensure manufacturing test capacity is sufficient for material requirement plans.
  • Focal contact person on all technical issues by technician during integration and testing.
  • Accountable impact-form,fit and function.

manufacturing engineer

  • Lead in the development of Request for Proposal for new customization system.
  • Lead in the technical evaluation of proposal received from customer manufacturer for new customization system.
  • Prepare the Bill of Materials (BOM) and quote of books
  •  Responsibilities in design and system testplan. Oversees delivery and assembly of the system.
  • Responsible to introduce new preexistence system for the manufacturing operation.
  • Design, deliver and maintain customization system and process to meet customer requirement and standardization.
  • Provide technical support for product and Line stops/purges/quality issues.

manufacturing engineer

  • Supervising installation of new devices.
  • Developing a system of quality control to improve yield. 
  • Interpreting technical proposals and organizing the development and trial of new products.
  • Coordinating a system of examination and trial runs in conjunction with subsidiary companies to improve efficiency of production line.
  • Determine root causes of failures and recommend changes in designs or processing methods.
  • Investigate or resolve operational problems

manufacturing engineer

  • Worked as a contract manufacturing engineer at Pratt & Whitney Advanced Coating Technologies
  • Implemented a database for tracking tooling failures, identifying the major points of failure and allowing them to be redesigned to increase tool longevity
  • Automated the calculation of quality statistics, reducing the time spent aggregating and and evaluating the data from two days to less than an hour
  • Created 3D visual models of turbine blade coating specifications, allowing ambiguities in the prints to be found prior to pilot runs, reducing scrap parts