Mechanical Project Engineer Resume Samples - Page 3

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Mechanical Project Engineers use science and mathematics when designing mechanical systems or products. Responsibilities shown on example resumes in this field include maintaining and preparing budgets and bids using conceptual cost estimation techniques; leading the technical development and economic evaluation of various solution options; directing the efforts of the design and drafting group to prepare mechanical drawings; and working with the process engineer to assure design compatibility. Those interested in becoming a Mechanical Project Engineer will need to be able to show an undergraduate degree in engineering on their resumes.

For more information on what it takes to be a Mechanical Project Engineer, check out our complete Mechanical Project Engineer Job Description.

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21

Mechanical Project Engineer

  • Produced custom commercial compressor stations for several industries including beverage, printing, telecommunication, and power generation and transmission.
  • Responsible for all aspects of a project including customer consultation, initial design, 3-D modeling, prototyping, testing, component and vendor selection, generation of manufacturing drawings, bills of materials, and documentation, pilot production runs, and production support.
  • Interact with customers and vendors at trade shows, site visits, and technical support.
  • Coordinated with production departments to ensure designs are manufacturable and cost-effective.
  • Worked with interns on building prototypes and test fixtures.
  • Helped marketing with translation of advertising materials from German to English.
Candidate Info
16
years in
workforce
7
years
at this job
BS
Design, Music
22

Mechanical Project Engineer

  • Performed a lead project engineering role for naval nuclear equipment procurements which required managing the equipment from the design phase to delivery including budget estimates, specification creation, vendor oversight including site visits, and troubleshooting design issues discovered during manufacturing to ensure deliverables meet project schedule deadlines and cost estimates.
  • Project Manager of a team of over 20 engineers and buyers for a project management software tool being designed and tested for implementation to 500 engineers and buyers utilizing the Microsoft SharePoint EPM platform.
  • Successfully implemented the adaptation of Microsoft Project into the project management software tool so that vendors, engineers, and management were able to better manage the key performance indicators and milestones as part of a shared workspace.
  • Developed in house surveys across three organizations of engineers, buyers, and managers to filter out the real-world needs and preferences of the new project management software tool to effectively improve the quality and timeliness of managing equipment designs and procurements.
  • Conducted training sessions to engineers, buyers, and managers to ensure collective buy-in to the new project management pilot software tool so that real time projects could successfully be managed.
  • Executed lead role on resource management team which analyzed and budgeted resource allocations for near-term and out-year manpower projections based on the Naval Nuclear Propulsion Program Seven Year Microsoft Project plan.
  • Supported new equipment designs by writing technical specification requirements for vendor use in conjunction with engineering design agency reports.
  • Assisted with special urgent testing procurements at an Idaho test facility to support analysis of improved leak testing requirements and on-site procedures.
Candidate Info
7
years in
workforce
4
years
at this job
BS
Mechanical Engineering
23

Mechanical Project Engineer

Mechanical project engineer tasked with design and on-site supervision, installation and start-up of lead oxide production, process and conveying systems used in the United States and internationally

  • Experienced in designing large scale industrial process flow systems including the creation of complete system layouts, P&ID diagrams, assembly instructions and operations manuals
  • Designed production systems incorporating industrial ovens and furnaces, vibratory feeders, rotary valves, screw conveyors, bucket elevators, conveyor belted systems, dilute phase pneumatic and vacuum conveying systems, cyclone separators, fill-pass valves, diverter valves, control gates, load cells, material samplers, vibrators, bindicators, baghouses, binvents and storage silos
  • Functioned as the lead representative of my company in on-site collaboration with customer engineers, managers, production personnel and local contractors in support of fabrication, assembly, training and operation of large capital equipment systems
  • Developed prototype continuous paste mixing system and work platform as well as all the support systems utilizing Schenck Accurate gravimetric feeders and dilute phase pneumatic conveying
  • Working knowledge of PLCs and other industrial controllers used in a production environment as well as operational experience using Allen Bradley systems and Honeywell systems
  • Redesigned and directed on-site fabrication by local contractors of various equipment including industrial furnaces, storage silos, cyclone separators, screw conveyors, and vibratory feed systems
  • Wrote new manuals for training, operations, safety, etc and updated all existing documentation
Candidate Info
15
years in
workforce
3
years
at this job
BS
Mechanical Engineering
24

Mechanical Project Engineer

Lead mechanical engineer responsible for the packaging of power electronics components (DC-DC Converter, Voltage Protection Module, Inductor, Energy Storage Systems), including but not limited to conceptual design, CAD modeling & simulation, product DFMEA and feasibility study, drawing creation and release to manufacturing

  • Manage multidisciplinary team of mechanical, electrical and software engineers to meet project goals and deadlines for power electronic components (DC-DC Converter, Voltage Protection Module, Inductor, Energy Storage Systems) for use in heavy duty applications
  • Track and schedule engineering deliverables summarized to management through written reports and presentations
  • Conduct design & stage gate reviews for various sub-component level designs for heavy duty hybrid power trains
  • Liaison between engineering, program management and prototype/manufacturing during alpha, beta and production builds
  • Generate test procedures and requirements to ensure compliance to design specifications including SAE, IEC, DIN, and IPC
  • Create program deliverables such as System Design Specifications, Performance Specifications, mechanical and electrical customer interface documents, service manuals and manufacturing work instructions
  • Ensure correct BOM & documentation capture and release through extensive review of CAD generated models and drawings
  • Developed and manage New Product Introduction Process utilizing a stage gate system to significantly improve reliability of product and reduce post production costs
Candidate Info
5
years in
workforce
3
years
at this job
BS
Mechanical Engineering
25

Mechanical Project Engineer

Designed and assembled Power Fluidic systems for testing

  • Completed mechanical fabrication inspections
  • Checked mechanical drawings
  • Reviewed structural analysis and calculations
  • Communicated with vendors to acquire quotations, write purchase orders and complete receipt inspections
Candidate Info
6
years in
workforce
5
years
at this job
BS
Mechanical Engineering
26

Mechanical Project Engineer Level II

Managed multiple projects (ranging from $20,000 to $2.5 million in revenue) providing safety-related components to nuclear power plants for periodic maintenance and upgrades.

  • Developed technical documentation in compliance with ASME Section III applicable Editions and Addenda (from 1974 up to 2013) such as: production travelers, hydrostatic/pneumatic test procedures, procurement specifications, design specifications for small components, design drawings, design reports, code reconciliation, certified material test reports (CMTR), code data reports, and history dockets.
  • Reviewed client purchase orders, client specifications, industrial specifications, and manufacturer's data sheets to prepare commercial grade dedication plans.
  • Reviewed test data and provide technical resolution for Discrepancy Reports (DR) or Non-Conformance Reports (NCR).
  • Coordinated purchasing, manufacturing, documentation, quality assurance, and testing activities.
Candidate Info
3
years in
workforce
3
years
at this job
BS
Mechanical Engineering
27

Mechanical Project Engineer

Create mechanical 2-D fabrication and assembly drawings in AutoCAD 2015.

  • Oversee the assembly process of multiple substations.
  • Reading and interpreting blueprints, sketches, or product specifications to determine sequence and methods of fabricating, assembling, and installing sheet metal products.
  • Identify engineering problems and ensure solutions are implemented.
Candidate Info
3
years in
workforce
8
months
at this job
AS
Computer Aided Drafting
BS
Construction Management
28

Mechanical Project Engineer

Performed FEA stress analysis on diesel engine power transfer components such as Gear Housings, Flywheel housings (major castings) using ANSYS FEA for various Industrial pick-up truck, marine and agricultural applications.

  • Adopted Analysis Led Design approach for making design modifications using solid modeling techniques in ProE. Completed assigned project goals and satisfy customer needs as per internal Cummins standards and implementation procedures.
  • Interacted with overseas cross functional design and project teams to identify and solve current product on-field issues. Provided timely project updates by conducting meetings.
  • Designed and prepared fixtures using ProE required to conduct static and fatigue tests for validation in conjunction with the machining dept. Planned and coordinated experimental tests with lab technicians to collect basic strain, temperature and vibration measurements.
  • Performed reverse engineering on flywheel housings to experimentally determine safe fatigue loads on flywheel housings.
  • Analyzed and post processed experimental data using Diadem, Minitab MS Office tools and documented results.
  • Validated engine valve train and power transfer components such as push rods, valve springs, flywheel and transmission housings for Dynamic Fatigue Margins, dwell condition limits, material Low Cycle fatigue limits and bolted joint design as per Cummins standards to be a part of Design Validation Planning and Report issue solving.
  • Coordinated non destructive failure analysis tests Magnaglo, Zyglo with Metallurgy department to inspect and analyze for crack initiation and propagation in major casting components.
  • Used concepts in Statistical Process Sampling to reduce machining cost on surface roughness of fuel system injector clamps. Post processed data to identify and eliminate special causes and decrease process variability by plotting X bar and R charts in Minitab.
  • Presented project results in design reviews in a power point presentation format to promote projects in production phases. Documented results in a technical report format to as a part of company literature.
Candidate Info
6
years in
workforce
1
year
at this job
BA
Bachelor of Arts
MS
Mechanical Engineering
29

Mechanical Project Engineer

  • Demonstrated analytical skills in calculating & plotting control charts based on defects and dimension variations.
  • Synchronized tasks within the group for timely completion of project.
  • Created process standards such as: Design Criteria checklists, Design calculation standards, Design Review material; maintain and present these documents as necessary.
  • Reviewed projects for compliance with engineering principles, company standards, and customer requirements, including opinions and interpretations.
  • Coordinated activities concerned with technical development, scheduling, and resolving engineering test issues.
  • Implemented Kaizen activities in mfg. & assembly line for reducing cost and increasing productivity.
  • Focused on effective work place organization and standardized work procedures (5S).
  • Exercised Mistake Proofing in the assembly process by focusing on defect prevention rather than defect detection by proper development and maintenance of work instructions.
  • Documented and presented assembly line problems (missed operations, defects, downtime, daily throughput charts) in the production meetings in the form of PARETO Charts.
Candidate Info
1
year in
workforce
1
year
at this job
MS
Mechanical Engineering
30

Mechanical Project Engineer Co-op

Designed systems to solve fluid flow problems with starch and dye system
capital projects.

  • Coordinated with department management and vendors to implement
  • Managed tradespeople in implementing system changes and inspections.
  • Made necessary changes to system specification drawings.
Candidate Info
4
years in
workforce
4
months
at this job
BS
Mechanical Engineering

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