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Mechanical Engineer Resume Example

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MECHANICAL ENGINEER
Professional Summary

Practical and hands-on [Job Title] adept at successfully and effectively interacting with contractors across multiple construction sites. Excellent project management abilities demonstrated by career history of on-schedule and on-budget completed projects. Particular experience in [Type] and [Type] projects.

Skills
  • Solid Works
  • Solid Edge
  • AutoCAD
  • MATLAB
  • Microsoft Office
  • Casting
  • Tungsten Inert Gas (TIG) Welding
  • Metal Inert Gas (MIG) Welding
  • Stick Welding
  • AutoCAD, TIG
  • Budget, Upgrade
  • Catalogs, Welding
  • Delivery
  • Designing
  • Directing
  • Documentation
  • Edge
  • Edit
  • Electrical wiring
  • Forms
  • Frame
  • Drawing
  • Inventory
  • Materials
  • MATLAB
  • Excel
  • Microsoft Office
  • Navy
  • Press
  • Programming
  • Research
  • Safety
  • Schematics
  • Solid Works
  • SolidWorks
  • Sound
  • Supervision
  • Supervisor
  • Tear
  • Technician
Work History
Mechanical EngineerMultipress - Columbus, OH08/2018 - 11/2019
  • Designed custom hydraulic presses for a variety of industrial companies/customers ranging from $5K-$500K.
  • Was in charge of designing, making design drawings, compiling the BOMs for multiple presses.
  • Utilized AutoCad and SolidWorks software to develop the overall design of the press, component drawings, and for compiling the Bill of Materials (BOM).
  • In case of a new part or component needing to made, customer and supervisor approval were needed and then a new manufacturer part number would be assigned.
  • Also tasked with minimal design and development of electrical and hydraulic schematics and BOMs to ensure correct components were used for press manufacture.
  • Worked closely with electrical and hydraulic engineers on multiple projects to ensure all components work properly together, while eliminating design flaws.
Mechanical Engineering Co-opSignalysis - Mount Carmel, OH05/2017 - 08/2017
  • Assisted in redesign of $250,000 brake pad test stand; utilized new stand to assess weather/temperature effects on performance and reliability on sample brake pads; test results proved positive in both areas.
  • Successfully tested 1,856 brake pads; improved results met customer requirements.
  • Engineering team member in upgrade of $80,000 car rotor test stand; used various engineering elements.
  • Redesigned test stand frame and installed new proximity probes directing operator of proper part placement for test runs.
  • Created new impact hammer application for testing torsional force of the brakes.
  • Rewired components and relabeled wires for safety and maintenance purposes.
  • Updated programming and test parameters.
  • Conducted successful tests on rotors as specified by the customer.
  • Conducted multiple sound, vibration, and impact tests on various rotors, brake pads, and car seats.
  • Aided design team in development and building of new $100,000 seat/rail test stand.
  • Helped with programming of seat and rail test parameters; adjusted test parameters as needed to find optimum working values.
  • Performed tests on multiple rails and seats received from the customer.
  • Installed test stand at customer site; provided instructions to customer employees on proper operations and procedures to conduct seat and rail tests.
  • Conducted module hammer impact tests on a truck rotor; project cost $50,000.
  • Involved determining suitable impact zone and consistency.
  • Determined proper torque settings of the rotor bolts between 70 ft.
  • Lbs.
  • 150 ft.
  • Lbs.
  • Verified desired frequency ranges.
  • Designed new fixtures to assure optimal impact of the hammer on the rotor.
R&D Mechanical Engineering Co-opCincinnati Test Systems - Harrison, OH08/2016 - 12/2016
  • Assisted with re-organization & update of proprietary MHMT leak test system assembly drawings.
  • Designed a bracket to eliminate warping & bending during installation of certain manifolds.
  • Selected bracket material and utilized SolidWorks to model new bracket.
  • Discussed requirements and outsourced bracket production to a metal shop.
  • Manifold leak tests successful after new bracket installation; briefed supervision; new bracket accepted as replacement for old bracket; Project Cost: $6,000.
  • Helped develop prototype multi-station plate to simultaneously house four (4) manifolds, regulators, and exhaust tips.
  • Modeled the multi-station plate in SolidWorks.
  • Coordinated outsourcing of production to a metal shop.
  • Assembled prototype including securing all components and electrical wiring.
  • Tested and provided demonstration of prototype to executives; project cost: not defined.
  • Created assembly drawing and instructions for newly developed $90,000 MHG2 leak test instrument.
  • Optimized instructions through field testing and technician hands-on experience.
  • Operated under tight delivery schedule; established temporary build cell; built 200 models on-site.
  • Met customer's required delivery schedule on-time and within budget costs projections.
  • Worked extensively with SolidWorks to design, update, and edit various parts, assemblies, and drawings.
Productivity Engineering Co-opCrane Pumps & Systems - Piqua, OH01/2016 - 04/2016
  • Performed sound and vibration testing of pumps utilized in Landing Platform Docks sold to U.S.
  • Navy; project cost $67,000.
  • Testing involved weighing all components; pump set-up; assurance of three (3) foot non-obstruction zone, and optimum microphone and accelerometer placement in designated zones for testing.
  • Properly documented data for each pump consisting of part number, amount of water being pumped, amperage & voltage.
  • Performed tear down of testing components and cleaned up lab area upon test completion the pump once testing was finished.
  • Created 66 Engineering Change Orders (ECOs).
  • Utilized four (4) engineering documents to change 700 variations of pumps housings; cost $25,000.
  • Loaded all new parts and associated ECO number into data tracking system.
  • Updated Bill of Materials (BOM) and parts lists for affected pumps.
  • Redlined all manuals and catalogs with specified changes.
  • Researched benefit to company of converting legacy coupling to smaller, higher torque coupling.
  • Calculated horse power difference between the two models.
  • Analyzed and scrutinized Excel documents in determining a $30,000 cost benefit to change.
  • Developed ECO for Pump Seal changes; specified lot of pumps required seal changes; cost $2,500.
  • Calculated cost savings to the company of $22,000.
  • Obtained approval for seal change; created BOM with part numbers and affected drawings.
  • Crafted ECO for impeller material change in specified pumps.
  • Researched how many pumps were bought and utilized during prior year.
  • Calculated savings achieved based on pump changes.
  • Based on prior year, calculated cost of changing to new material yielded $19,000 cost saving.
  • Completed required forms documentation needed for the ECO; updated new BOM.
  • Generated ECO to remove outdated pump from inventory; replaced with newer pump.
  • Conducted research to determine usage data and locations; completed required forms to complete the change; updated BOM; project cost $25,000.
Education
Bachelor of Science: Mechanical Engineering TechnolgyUniversity Of Cincinnati - Cincinnati, Ohio04/2018

GPA: 3.3/4.0

  • Graduated with 3.3 GPA
Masters: Mechanical Engineering, DesignWright State University - Dayton, Ohio

GPA: 4.0

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Resume Overview

Companies Worked For:

  • Multipress
  • Signalysis
  • Cincinnati Test Systems
  • Crane Pumps & Systems

School Attended

  • University Of Cincinnati
  • Wright State University

Job Titles Held:

  • Mechanical Engineer
  • Mechanical Engineering Co-op
  • R&D Mechanical Engineering Co-op
  • Productivity Engineering Co-op

Degrees

  • Bachelor of Science : Mechanical Engineering Technolgy
    Masters : Mechanical Engineering, Design

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