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Top 50 Lead Mechanical Engineer Skills

Below we've compiled a list of the most important skills for a Lead Mechanical Engineer. We ranked the top skills based on the percentage of Lead Mechanical Engineer resumes they appeared on. For example, 12.6% of Lead Mechanical Engineer resumes contained Mechanical Design as a skill. Let's find out what skills a Lead Mechanical Engineer actually needs in order to be successful in the workplace.

These are the most important skills for a Lead Mechanical Engineer:

1. Mechanical Design

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high Demand
Here's how Mechanical Design is used in Lead Mechanical Engineer jobs:
  • Provided competent mechanical design engineer support and ensured that projects where time managed and met quality control measures established.
  • Prepared mechanical design layout, manufacturing drawings, and material and surface treatment specifications.
  • Partnered with Lead Optics Engineer to ensure mechanical design achieved lens positioning design criteria.
  • Reviewed and signed-off on the mechanical design documentation for each component.
  • Mentored engineers and mechanical designers.
  • Performed structural analysis of the mechanical designs, created detail drawing, blueprints, circuit boards for prototyping and manufacturing.
  • Full mechanical design of innovative pager systems, Keys athletic equipment, Future patent on automated dumbbell system.
  • Perform mechanical design and packaging of antenna, RF, digital, infrastructure, and test hardware products.
  • Perform mechanical design calculations, standard computations, and apply standard practices and techniques in specific situations.
  • Develop mechanical design philosophy for the project and collaborated in the management of the project.
  • Developed mechanical design for transmission systems and traction motors for large off-highway mining haul trucks.
  • Worked closely with Spacecraft Mechanical Design Integration (MDI) to finalize design requirements.
  • Experienced in Mechanical Design and drafting work for Industrial Piping and Manufacturing Industries.
  • Produced, world-class edge router telecommunications mechanical designs on fast track product cycles.
  • Applied engineering for the mechanical design of Gas Turbine Generator sets.
  • Coordinate the mechanical design engineer's team activities.
  • Detail design for mechanical and Electro mechanical design projects.
  • Developed the mechanical design, electro-mechanical packaging, cabling/ harness routing and sealed liquid cooled cold plate.
  • Led mechanical engineering team as well as insured mechanical design integrity of the launch vehicle.
  • Contract Position) Supervise mechanical design/development of onshore oil/gas well site facilities (Eagle Ford/Haynesville Shale).

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13 Mechanical Design Jobs

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2. CAD

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high Demand
Here's how CAD is used in Lead Mechanical Engineer jobs:
  • Developed and modify existing standard CADD drawings to reflect customer requirements.
  • Created part and assembly CAD models of product prototypes (probes) using a combination of custom parts and COTS components.
  • Lead the effort in developing mechanical piping packages in AutoCAD for a major gas utility transmission pipeline project for UGI Storage.
  • Used Pro Engineer, SDRC-IDEAS, and SolidDesigner CAD systems to design electronic packaging of optical network test equipment.
  • Assessed infrastructure design and support for the Engineering and CAD/Design departments and the Building Automation Center.
  • Maintained all 3-D CAD/CAM models to the latest designs and completed the PDM Data structure.
  • Prepared HVAC and mechanical designs for mission critical facilities and waste treatment plants using AutoCAD.
  • Attend surgeries & cadaver labs to develop user needs & medical device product specifications.
  • Develop mechanical design on SolidWorks (3D CAD models, assemblies & drawings).
  • Created drawings and updates and structural analysis reports with Solid Edge and SolidWorks CAD.
  • Maintained and developed all 3-D CAD Models and released all Prototype and Flight drawings.
  • Developed full systems drawings of large dish antennas, using AutoCad Rev14.
  • Utilized SolidWorks 2001 and AutoCad Rev14 for drawing input to AGILE/QAD MRP.
  • Supervised design of piping systems in PDMS/AutoCAD 3D model
  • Designed extensive CAD models using Autodesk Inventor and used DFM techniques for efficient manufacturing.
  • Designed frames, doors, panels enclosures, and brackets using AutoCAD 98-2000
  • Produce 3D CAD models and drawings for manufacture using Solidwork 2013.
  • Modified drawings as necessary using Autocad and Solidworks.
  • Lead Mechanical Engineer Senior team member responsible for the design of computer controlled embroidery machines using Solidworks Cad system.
  • Designed and managed the manufacturing of a crossflow micro-hydroturbine as a clean energy source using CAD software.

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5 CAD Jobs

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3. Project Management

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high Demand
Here's how Project Management is used in Lead Mechanical Engineer jobs:
  • Traveled to international locations to provide project management, or for business development activities.
  • Introduced task-tacking methodology that provided effective project management and introduced a department status report.
  • Trained and experienced in project management and coordination of multiple projects.
  • Established company drafting standards and project management tools.
  • Reported the performance of the subcontractors to the project management and prepared project schedule in line with the construction schedule.
  • Project Management of three new notebook PC platforms with Industrial Design, ODM and Taiwan team
  • Work with project management team to ensure that change orders are reflected on customer drawings.
  • Interfaced with client project management for resolution of design challenges on a daily basis.
  • Project management for up to 40 simultaneous test efforts executed by other engineers.
  • Handled all aspects of Project management meeting deadlines, quality and budgets.
  • Work with project management and client for all project related activities.
  • Demonstrated strong project management skills by meeting all program milestones.
  • Attend progress meeting with client and project management team.
  • Provided project management weekly reports regarding current and planned production levels for engineering deliverables of my team.
  • Instigated a culture shift in shop workflow and efficiency by introducing and cultivating formal project management techniques.
  • Design and Project management of the Aggreko Americas test facility installation.
  • Integrated Project Management Team (IPMT), Western Refining Company (WNR), EL Paso, Texas.
  • Performed project management functions during high volume time-frames; (i.e.

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4 Project Management Jobs

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4. New Product Development

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high Demand
Here's how New Product Development is used in Lead Mechanical Engineer jobs:
  • Develop Project Plans and strategies that detailed implementation for new product developments.
  • Developed a Product Development Process (PDP) which provided a framework for new product development.
  • Supported product teams with competitive product cost input into New Product Development.

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5. Solidworks

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high Demand
Here's how Solidworks is used in Lead Mechanical Engineer jobs:
  • Utilized SolidWorks Simulation FEA software to analyze and optimize design features with regard to structural and heat transfer considerations.
  • Design and Drafting in SolidWorks for automated robotic testing equipment.
  • Engineered parts and assemblies using sheet metal, machining, and welding manufacturing methods using SolidWorks 2015.
  • Model system components in SolidWorks and produce engineering drawings of all parts to be fabricated and installed.
  • Developed NASTRAN/PATRAN and SolidWorks models for static and impact load simulations to verify designs.
  • Generated drawing packages and bill of materials in SolidWorks and Dynamics AX ERP.
  • Used PATRAN and SolidWorks for stress-strain and impact energy analysis to verify design.
  • Develop complete machine design assemblies and detailed drawings using SolidWorks CAD.
  • Created parts, assemblies, and exploded diagrams in SolidWorks 3D.
  • Utilize SolidWorks to create 3D solid models and 2D prints.
  • Integrated COTS and manufactured electronics components into custom enclosures using Solidworks 2008 3D modeling software.
  • Designed complex electronic assemblies using SolidWorks .
  • Worked with SolidWorks PDM, experienced in die-cast design, molding, casting and extrusions, geometric dimensioning and tolerance.
  • Conduct finite element analysis(FEA), frequency analysis, buckling and fatigue analyses using Solidworks Simulation 2013.
  • Designed, modeled (using solidworks) and built tooling to make processes faster and more efficient.
  • Used Solidworks PDM and EDMS to manage design information.
  • Performed thermal analysis for multiple subassemblies using Solidworks Flow Simulation.
  • Designed custom electro-mechanical mechanisms using Solidworks.
  • Performed design and optimizations with AutoCAD, SOLIDWORKS 3D, PumpLinx, CFturbo, Excel, and FORTRAN programs.
  • Developed new efficient configuration based system for Dwyer s 14,000 Solidworks parts and assemblies.

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6. Mechanical Equipment

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high Demand
Here's how Mechanical Equipment is used in Lead Mechanical Engineer jobs:
  • Provided technical support for the installation of core and non-core mechanical equipment and systems for continuous and electroplating galvanizing lines.
  • Supervised engineers and supported project management on mechanical equipment procurement activities, man-hour forecasts and monitoring schedules.
  • Prepared design data and procurement specifications for mechanical equipment for multiple refinery and chemical projects.
  • Experienced in supervising the shop manufacturing, on-site construction and commissioning of mechanical equipment.
  • Supervised mechanical equipment procurement activities, provided manpower forecast and monitor schedules.
  • Conduct quality audit for documentation and mechanical equipment from all disciplines prospective.
  • Prepared procedures for preventive maintenance of mechanical equipment in the Hospital.
  • Performed as requisitioning engineer for inquiry and purchase of mechanical equipment.
  • Prepared construction/installation scopes of work and for mechanical equipment.
  • Specified and procured all types of mechanical equipment for major capital projects in the range of $1M to $10M.
  • Lead 5 mechanical engineer response for all inspections and preservation for all rotating and static mechanical equipment.
  • Mentored design ideas and suggestions for equipment and pipe supports and guides when required on mechanical equipment.
  • Reviewed mechanical equipment vendor drawings, and data.
  • Check the schedule for Mechanical Equipment Constriction
  • meet the Owner's requirements for Mechanical equipment, Coatings, Insulation & passive cathodic protection.
  • Prepare man-hour estimates, Material Handling Report, Mechanical Equipment List, and criticality rating.
  • Conduct all inspections, repairs and ser- vicing of HVAC mechanical equipment for MillerCoors Brewery.
  • Generated datasheets, inquiry packages, bid tabs, and purchase requisitions for mechanical equipment.
  • Prepared datasheets for mechanical equipment, piping, valves and fittings.
  • Lead engineer for the design and the detailed engineering of electromechanical equipment installation in business aircraft.

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7. Hvac

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high Demand
Here's how Hvac is used in Lead Mechanical Engineer jobs:
  • Proposed alternative design solutions for HVAC and plumbing systems to provide increased efficiency.
  • Worked all HVAC and plumbing on 33+ grocery store major remodels for the second largest retailer in the US.
  • Implement QA processes to ensure that HVAC and EMS/controls systems are designed and implemented per Target standards.
  • Demonstrated effective communication and supervision skills, helping greatly in the merger of the HVAC/Inst groups.
  • Emerged with an understanding of HVAC engineering projects, from concept to budgeting to development.
  • Proposed alternative solutions for HVAC and plumbing systems to be more efficient and up-to-date.
  • Coordinate the mechanical work such as HVAC, Water and Sewer plans and layouts.
  • Completed detail design, specification and procurement of HVAC and Fire Protection systems.
  • Design of Commercial building HVAC, Plumbing and Fire Protection system.
  • Pump building HVAC flow validation and mechanical system sizing and selection.
  • Design drawing and layouts of all HVAC and plumbing systems.
  • Design and specify HVAC sequence of operation and control concepts.
  • Draw HVAC and plumbing demo and installation plans.
  • Supervised HVAC systems testing, balancing and commissioning.
  • Worked closely with HVAC and EMS vendors.
  • Review and approve HVAC Systems and Equipment.
  • Work included HVAC design and checking, fire protection design, utility systems, facility modifications, renovations and relocations.
  • Performed HVAC load estimation for central control room & switchgear room.
  • Worked on all types of HVAC, hydronics,market refrigeration and lab equipment.
  • heat exchanger, fans, thermal plates, pumps, HVAC, etc).

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6 Hvac Jobs

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8. Steam Turbine

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high Demand
Here's how Steam Turbine is used in Lead Mechanical Engineer jobs:
  • Major plant equipment includes 4 GE Frame 7 gas turbines with Hydrogen cooled Steam Turbine Generators with Black Start capability.
  • Prepared Functional Specifications of Gas and Steam Turbines, Sea Water Injection Pumps, Instrument Compressors and Nitrogen Packages.
  • Steam turbines and generators made by GE, Mitsubishi, Siemens Westinghouse, ABB.
  • Performed oil flushes on gas turbines and steam turbines.
  • Start up and operation of a Toshiba steam turbine.
  • Supervised annual GE steam turbine inspections.

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9. Engineering Support

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high Demand
Here's how Engineering Support is used in Lead Mechanical Engineer jobs:
  • Provided engineering support in reviewing and organizing documentation in job books in order for construction to commence.
  • Provided engineering support in constructing additional temporary access roads for all pipeline routes.
  • Provided engineering support and problem solving during naval reactor plant overhaul and repair
  • Provided engineering support for the transition to Continuous Flow Manufacturing.
  • Provided mechanical/chemical engineering support for small capital project teams.
  • Served as mechanical engineering support during the roll out of Total Productive Maintenance (TPM) Program to the mill.
  • Provide engineering support to Deep Space (Mars) Habitat- Human Exploration Research Analog (HERA) Module at B-321.
  • Led detailed engineering, material acquisition documents, construction packages, engineering support for construction field changes.
  • Provide Engineering support to clean room of Thermal Vacuum Chamber-A to test James Webb Space Telescope JWST.
  • Provided engineering support in reviewing documentation such as build plats and Material Test Reports.
  • Provide ground floor engineering support for shop personnel to facilitate LEAN and efficient production.
  • Provided on-site engineering support during construction phases, for periods up to several weeks.
  • Provided engineering support to a central city heating system with 2400 apartments.
  • Provided engineering support to the largest single sale in company history.
  • Led engineering support to pipe testing program on critical path.
  • Supported production / purchasing with drawings and engineering support.
  • Involved on numerous veiled projects to provide engineering support.
  • Provide engineering support to Moon's Rocks Micro-probe lab.
  • Provide engineering support at Mission Control Center.
  • Worked with process industry, hospitals, wastewater management, and commercial building clients in all aspects of engineering support.

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1 Engineering Support Jobs

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10. FEA

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high Demand
Here's how FEA is used in Lead Mechanical Engineer jobs:
  • Experience in conducting feasibility studies for initial projects and or existing building assessments including financial review and budget development.
  • Managed for feasibility, design, development, implementation and sustaining of various medical products.
  • Performed feasibility and compliance studies of product designs based on customer specifications.
  • Interfaced with external suppliers to provide solutions to feasibility efforts.
  • Reviewed and approved vendor packages, conducted feasibility studies.
  • Performed linear stress and thermal analysis for high-temperature vacuum furnaces, hot presses, and components using conventional and FEA methods.
  • Utilized various 3-D solid modeling software packages and Finite Element Analysis (FEA) packages to substantiate test stand designs.
  • Supported the design of the Unmanned Aerial Vehicle Shipboard Recovery project using motion simulation, calculations, and FEA.
  • Collaborated with R&D team comprised of engineers to test efficiency and feasibility of new machine model.
  • Accelerated the PSA vessel fatigue analysis by automating FEA model creations and standardizing the report template.
  • Led engineering teams in USA, Russia, and China for FEA/CFD validation of traction motors.
  • Ensured proper functionality and margins of safety on all designs through use of FEA software.
  • Approved all drawings, engineering models, FEA models and load cases, and calculations.
  • Analyzed battery system thermal runaway failures and designed systems to prevent these failures using FEA.
  • Established technical feasibility of novel white LED based medical products with 2 patents.
  • Designated group leader for thermal and vibration simulation using FEA and CFD analysis.
  • Performed structural analysis using FEA to pass IATA vibration and shock tests.
  • Utilized FEA along with strain gage validation to overcome cracking problems exhibited during verification.
  • Performed Finite Element Analysis for all top level, sub system, and component parts using FEA software Solidworks Simulation.
  • Design and justify repairs for aircraft components using standard analysis, Solidworks, and FEA.

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2 FEA Jobs

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11. Design Reviews

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high Demand
Here's how Design Reviews is used in Lead Mechanical Engineer jobs:
  • Develop engineering standards and processes, implement design reviews and improve documentation.
  • Conduct design reviews with manufacturing and customers.
  • Presented Lavatory designs to customer during Preliminary Design Reviews (PDR) and Critical Design Reviews (CDR).
  • Tracked and managed mechanical portion of schedule, lead design reviews, track and resolve issues.
  • Conducted cross functional design reviews and met with relevant integrated product team members to resolve issues.
  • Create and present presentations for internal company design reviews as well as for customer design reviews.
  • Co-authored new division-wide operating procedures in the areas of design reviews, DFMEA, and FAI.
  • Presented Lavatory designs in multiple Internal Design Reviews which allowed other disciplines to question and critique.
  • Verified DFMEA documents; conducted design reviews and product qualification reviews.
  • Provide design reviews to ensure that newly constructed infrastructure is maintainable.
  • Conducted PDR and CDR design reviews with US government customers.
  • Initiated in-progress design reviews and bid conferences.
  • Prepared and presented formal design reviews.
  • Attended and conducted design reviews.
  • Organize design reviews, initiate design validation tests and attended important meetings like PDR, CDR, tool try and FAI.
  • Prepared for and presented PEDRs 3 and 4 and IDR 3 and close out IDR4 design reviews.

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12 Design Reviews Jobs

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12. Pressure Vessels

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high Demand
Here's how Pressure Vessels is used in Lead Mechanical Engineer jobs:
  • Follow up with the installation for the high pressure vessels water heaters including nozzles welding visual test.
  • Designed/checked pressure vessels and tanks; worked as requisitioning engineer; prepared scopes of field work.
  • Specified the scope of work to modify tray columns and pressure vessels.
  • Delivered over 40 pressure vessels designed to ASME BPVC Section VIII.
  • Developed solid models of electric make breaks (electro-mechanical mechanisms) Design of pressure vessels and high reliability hardware.

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13. Heat Exchangers

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high Demand
Here's how Heat Exchangers is used in Lead Mechanical Engineer jobs:
  • Performed thermal analysis for high temperature power-plant heat exchangers to reduce cost.
  • Supervised design refinements of key equipment with high costs and reliability concerns including high pressure reactors, heat exchangers and boilers.
  • Supervised design and field engineering of assembly, installation, inspection, testing and quality control of vessels and heat exchangers.
  • Guided Spanish engineers as a consultant for columns, heat exchangers, API tanks and other specialized equipment.
  • Supervised a team of Mechanical Engineers (Rotating, Vessels and Heat Exchangers) for daily project activities.
  • Engineer and Designer for Refinery Products, Structural, Thermal Oxidizers, Heat Exchangers, Machined Parts.
  • Assembled Purchase Inquiry and Requisition Packages for tanks, pumps, heat exchangers, blowers and fans.
  • Design, engineering, analysis and procurement of heat exchangers, pressure vessels and machinery.
  • Perform Thermal calculations for Shell and Tube Heat Exchangers and Air Coolers using HTRI.
  • Included are WPS for vessels, towers, piping, heat exchangers.
  • Work packages consisted of ASME Pressure Vessels and Heat Exchangers.
  • Coordinated Pressure Vessels & Heat Exchangers sizes and weight calculation.
  • Reviewed RHR heat exchangers' thermal and mechanical design calculations.

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14. BOM

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high Demand
Here's how BOM is used in Lead Mechanical Engineer jobs:
  • Collaborated in the development of standardization of BOM components/specs cutting engineering time and reducing shop errors.
  • Designed, rendered & developed spec sheet, BOM & catalog installation instructions for complex assemblies using SolidWorks.
  • Sourced 3rd party components and analyzed BOM to meet the target cost for product production.
  • Created ESG task force for creating new drawing standards and BOM formats.
  • Created and maintained bill of materials (BOM).
  • Create and maintain BOM's and MRP/ERP/Dir.
  • Reduced overall product manufacturing cost by streamlining BOMs through component sharing.
  • Redesign of generator interface/circuit breaker with main focus on improving the overall BOM, installation and maintenance cost.
  • Designed mechanical components, BOM, ECN using Pro/E(creo), Solid Works, Team Center.
  • Served as project team leader and lead mechanical engineer to construct a bomb defusal robot.
  • Created Bills of Materials (BOM) Created CAD models, assemblies, and drawings.
  • Develop Bill of Materials (BOMs) for production purchase orders.
  • Lead mechanical engineers to support compilation of production drawings and BOMs.
  • Read and interpret engineering drawings and BOMs as needed during execution.
  • Submitted Engineering Change Request to correct Standard BOMs and Drawings.
  • Assisted in BOM management during ERP/MRP implementation of Microsoft Navision.
  • Created 3D models, drawings, and BOMs.
  • Created all BOM s, and guided others thru PLM use, Mentored techicians and assemblers.
  • Created timelines, budgets, BOMs and part numbering systems.

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1 BOM Jobs

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15. Air Compressors

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average Demand
Here's how Air Compressors is used in Lead Mechanical Engineer jobs:
  • Air compressors, air dryers by Atlas Copco and Ingersoll-Rand.

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16. Ansys

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average Demand
Here's how Ansys is used in Lead Mechanical Engineer jobs:
  • Perform Transient & Steady State Thermal and CFD analysis on different hybrid components cooling system using ANSYS-CFX & AcuSolve.
  • Coordinate with upper team management for ME education support (NX, CCM, ANSYS, etc.)
  • Optimized structural design of bolted/welded cabinet with analyst using ANSYS to achieve desired weight of structure.
  • Perform Linear & Nonlinear Structural Analysis for various Hybrid components using OPTISTRUCT, RADIOSS and ANSYS.
  • Tested design parts using ANSYS 12.1 for thermal and stress.
  • Utilized CATIA V4, ProE 2000, FLUENT, MATLAB and ANSYS to develop the components.
  • Performed thermal analysis on critical electronic components using ANSYS Icepak.

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2 Ansys Jobs

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17. Technical Support

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average Demand
Here's how Technical Support is used in Lead Mechanical Engineer jobs:
  • Delivered engineering technical support directly to Plant Manager to deliver a contractual product.
  • Provide engineering technical support to new and existing power generation facilities.
  • Provided technical support and engineering advice to customers.
  • Provided technical support services handling/receiving supply parts, repairing parts, rebuilding/modifying test units and fixtures for the Bradley's program.
  • Provided technical support and information for sales and client services about boiler systems including repair and maintenance procedures.
  • Provided technical support to plant personnel during initial start-up phases of both galvanizing lines.
  • Assisted with various plastics extrusion and molding technical support issues.
  • Provide technical support during Process Hazard Analysis (PHA) and develop MOCs to ensure process safety.
  • Project coordinator and technical support for Edge Engineering, BAE Systems and Demmer Corporation.
  • retired recently) Responsible for various modification projects and day-to-day technical supports with ConEdison Steam/Electric stations in Manhattan.

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18. API

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average Demand
Here's how API is used in Lead Mechanical Engineer jobs:
  • Lead Mechanical Engineer responsible for coordinating interoffice mechanical and piping efforts for P66 small capital projects.
  • Assist in developing capital projects for new equipment and re-rating of existing machinery.
  • Performed rapid prototyping using multiple printing systems.
  • Worked with Area Mechanical Engineers and Capital Projects Group completing engineering review of vendor documentation for new ASME Section VIII Div.
  • Recommended upgrades to PSV and piping to comply with API 14C, API 14E and client requirements.
  • Negotiated features, budgets, schedule, people and capital requirements with responsible business and functional groups.
  • Implemented Engineering team-based design projects, proposals, and equipment Fitness-For-Service per API 579.
  • Worked with the Area Tank Inspector providing API 653 calculations for in-service tanks.
  • Led the rapid response team when issues arose in the field.
  • Managed $4-5 million dollar capital budget.
  • Performed ASME calculations and API calculations.
  • Performed and supervised installation and commissioning of capital equipment in numerous locations worldwide.
  • Followed capital project construction and startup.
  • Gained familiarity with API, ASME, and CE regulatory requirements for design, analysis, and manufacturing.
  • Developed department and product roadmap strategies, and established staff, capital and overhead budgets to achieve them.
  • Engineer - Developed specs for high pressure vessels, API 674 pump, and exchangers.
  • Used SolidWorks APIs to automate the design process and to design complicated components.
  • Designed turnkey skid packages in compliance with ASME B3.3, B31.1, B31.8 and API piping systems.
  • Reviewed technical inspections reports to determine and prioritize maintenance projects on capital equipment.
  • Evaluated existing vessels, and wrote API 510 rerate/alterations reports.

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19. R

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average Demand
Here's how R is used in Lead Mechanical Engineer jobs:
  • Maintain four transfer lines of operational machining type equipment including budgetary control, installation of new equipment and outside contractual bidding.
  • Provided manufacturing support with test and assembly fixture design.
  • Maintain and set inventory required departmental levels.
  • Refine existing internal and external operational processes.
  • Audit, identify and correct inadequate equipment safety to OSHA, NFPA, and Company standards.
  • Promoted to Lead Mechanical Engineer as company grew from approximately 50 employees to over 300.
  • Create and mold processes for spatial and process requirements for a very dynamic business model.
  • Worked on improving existing designs and creating new designs to meet new customer specifications.
  • Generated fabrication and detail drawings using Pro/ENGINEER, and used ANSYS FEA.
  • Participated in global design projects with teams in Europe for new products.
  • Lead the design for construction of the firm's data center builds.
  • Designed plastic molded boots for medium voltage cable termination insulation schemes.
  • Lead mechanical engineer on various projects throughout the US and Europe.
  • Write and develop several standard work instructions and procedure documents.
  • Supported and assisted in several six sigma and 5s projects.
  • Build positioning systems for small to large scale dish antennas.
  • Assisted in obtaining applicable permits and approvals.
  • Design Elevation and Azimuth drivetrains and computed torque requirements for system analysis.
  • Direct consultants of various disciplines including mechanical, electrical, IT, civil, structural, and architectural on project deliverables.
  • Design team leader responsible for electronic packaging design of VFDs and peripheral equipment.

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20. Stress Analysis

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average Demand
Here's how Stress Analysis is used in Lead Mechanical Engineer jobs:
  • Designed instrumentation installation in order to perform stress analysis on static airfoil in operating aircraft engines.
  • Assisted Product Line Managers with new product proposals by providing cost estimating, thermal and stress analysis studies and component selection
  • Lead design and stress analysis calculations for rolling mill equipment and strip processing lines using AutoCAD and Pro-Mechanica.
  • Stress Analyst - F22 Fighter in Seattle, WA Manual stress analysis of composite and metal primary structure.
  • Performed basic design, kinematics, dynamics and stress analysis calculations, and checked drawings.
  • Lead mechanical engineer and project engineer for small projects of retrofit work and stress analysis.
  • Provided assistance with advanced surfacing, finite element stress analysis and other complex issues.
  • Performed ASME B31.3 code calculations and stress analysis for piping.
  • Perform pipe stress analysis using Caesar II.
  • Stress Analysis and Engineering Design.
  • Stress Analysis completed using AutoPIPE.
  • Used FEA tools (Algor) for design validation through vibration, fatigue and stress analysis.
  • Stress analysis of piping vessel, according to code requirement (ASME section VIII, .B31.1).

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2 Stress Analysis Jobs

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21. Laser

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average Demand
Here's how Laser is used in Lead Mechanical Engineer jobs:
  • Lead mechanical engineer on laser reconnaissance program.
  • Perform laser tracking alignments for critical installations.
  • Developed Class 4 laser system integration into current design, complies with ANSI Z136.1 for sale in North America.
  • Lead mechanical engineer for radar, unmanned aerial vehicles (UAV), and laser programs.
  • Lead teams engineering & tested for various classified military counter-measure and laser systems.
  • Created operational manuals for laser safe enclosures as required by ANSI Z136.1.
  • Designed and implemented a pressure leak test fixture for laser systems nozzles.
  • Designed a laser-based machine for fiber optic's welding.
  • Engineered electro-mechanical housing and optical head for Laser counter-weapons systems.
  • hand held laser rangefinder target locator development program.
  • Engineered kinematics and structure for laser and targeting optic and gimple systems on Pro/E.
  • Design of optical mounts for dark field illuminator (.5W laser diode).
  • Engineered Optic, Laser, and electro-mechanical counter weapons systems for military.
  • Assumed Lead Mechanical Engineer position as the model 969 "HQ" Laser Imager went into production.

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22. Data Sheets

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average Demand
Here's how Data Sheets is used in Lead Mechanical Engineer jobs:
  • Developed and maintained equipment data sheets and various project documentation * Supported capital cost estimate and generated various engineering reports.
  • Prepared/reviewed equipment specifications, data sheets, requisition packages, technical bid evaluation and review of vendor drawings/data.
  • Coordinated/implemented data sheets with process engineers.
  • Checked vendor drawings and data sheets to ensure all engineering specifications were met and all exceptions were clearly documented.
  • Up stream gas processing for Talisman including P&ID, equipment design and data sheets.
  • Provided revamp drawings and data sheets for crude and vacuum towers.
  • Create Tool Install data sheets from client provided tool information.
  • Supervised/Approved tanks and vessels drawings and data sheets.

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23. Structural Analysis

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Here's how Structural Analysis is used in Lead Mechanical Engineer jobs:
  • Provided technical leadership to engineering staff in developing solution strategies for seismic issues, structural analysis requirements and complex analyses.
  • Conducted structural analysis and proof testing of mechanical assemblies.
  • Performed structural analysis of pressurized housings.
  • Conducted extensive thermal and structural analysis.
  • Lead structural analysis engineer for an aircraft platform.

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2 Structural Analysis Jobs

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24. Assembly Drawings

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Here's how Assembly Drawings is used in Lead Mechanical Engineer jobs:
  • Prepare sketches, layouts, fabrication drawings and assembly drawings for various components and entire subsystems.
  • Coordinated the release of assembly drawings and design databases.

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25. EPC

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Here's how EPC is used in Lead Mechanical Engineer jobs:
  • Performed EPC bid evaluation, selection of major equipment and provided technical support for environmental permitting.
  • Supported initial phase EPC construction of National Enrichment Facility to deliver centrifuge technology to LES-URENCO.
  • Experience in EPCI contracts including managing contractors' performance against schedule, cost control, management of change and QA/QC.
  • Developed a transient analysis specification and EPC specification for 100% coal to natural gas conversion.
  • Lead mechanical engineering efforts for design build and EPCM projects in non-metallic mining.
  • Coordinated the project funding request for FEED and EPC/C phases.
  • Led weekly meetings with EPC contractor.
  • Developed two EPC bid packages, and 45,000 BPD and commercial phases 200,000 BPD.
  • Ensured discipline specific Interfaces are identified by EPC and communicated Provided assessment regarding EPC discipline progress/EVM reporting.
  • Assisted EPC and Owner's Maint.

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26. System Design

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Here's how System Design is used in Lead Mechanical Engineer jobs:
  • Lead a team of very talented engineers overseeing projects from concept through component/system design and development to final development and commercialization.
  • Provided ventilation system design to mitigate possible explosive atmosphere conditions within plant.
  • Pump system design, meter stations, flare selection and hydraulics analysis.
  • Prepared System Design Modification Packages for unit in operation.

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2 System Design Jobs

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27. IDS

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Here's how IDS is used in Lead Mechanical Engineer jobs:
  • Designed cooling systems with non-traditional fluids.
  • Endorsed Data Sheets, Purchase Documents, Technical Bids Analysis, Vendors Documents & Drawings, Calculations, welding specs.
  • Led contractors and vendors, scope of work, invitation to bid and clarification inquires and bids selection.
  • Report to the Engineering Manager; direct mechanical design projects on oil and gas measurement skids.
  • Designed and validated bus bar, mounting brackets, lifting skids and sub-assemblies for GE equipment.
  • Used IDSX to generate Pro/e skeleton models using 3-D surface data from Industrial Design.
  • Well versed in thermodynamics and piping fluids calculations.
  • Lead Mechanical engineer for re-routing of process pipelines that interconnect the pump skids, exchangers, and two gas oil tanks.
  • Reviewed and approved facility P&IDs, General Arrangements, technical specifications, data sheets, calculations, design studies.
  • Gas Fuel Performance Heater Equipment: Created P&IDs, schematics, outlines, skid-to-skid connections and process flows.
  • Reviewed facility P&IDs, cause and effect charts, plot plans, vendor pump packages and piping specifications.
  • Developed P&IDs, purchased package and construction scopes for the seal upgrade and the seal system skid.
  • Created P&IDs, GA's, specifications, data sheets and purchase order requests.
  • Review P&IDs and piping layouts; generate / revise as needed.
  • Prepared plant layout and P&IDs for all major mechanical systems.
  • Coordinated development of Smart Plant P&IDs.
  • Reviewed and revised all required P&IDs.
  • Developed, reviewed and modified scoped P&IDs to ensure a functional system is turned over to the commissioning team.
  • Coordinate with other engineering disciplines to develop PFD and P&IDs, process equipment specifications, and procurement packages.
  • Coordinated the development of PFDs and P&IDs.

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28. ISO

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Here's how ISO is used in Lead Mechanical Engineer jobs:
  • Performed Sine Sweep and frequency study to evaluate viability/functionality of the Instrument and to define specifications for Vibration Isolation System.
  • Developed and implemented formal design and documentation control procedures to meet the requirements for ISO9000 and military standards.
  • Approved Detailed Engineering specifications, calculations and Isometric piping drawings.
  • Designed Vibration Isolation System for In-Vitro Imaging Blood Analyzer.
  • Generate isometric drawings of piping systems when required.
  • Prepared daily progress reports, periodic photographic progress reports and keep supervisors informed on progress of assigned tasks.
  • Function as the cross site scanner development liaison between our Toulouse, France office and the US.
  • Review Prints for manufacturing to insure compliance with GD&T ISO 2009 standards.
  • Managed equipment files and coordinated the structural, civil, and piping isometrics.
  • Review and approve Piping 3D model, isometrics & Pipe stress reports.
  • Design liaison with composite structure vendor to implement stable optical bench I.E.
  • Worked directly with Production Manager to implement and achieve ISO 13485:2003.
  • Served as primary liaison to OEM corporations.
  • Establish PM plans and incorporated ISO standards.
  • Implemented product-design improvements and ISO-9000 compliance.
  • Maintained sole accountability for mechanical engineering within an ISO 9001 Certified ASME vessel and skid fabricator.
  • Create plumbing plans and isometrics from a single XRef file.
  • Designed assemblies and components per ISO9000 principals using Cadkey and Autocad and tested per Military standards and specifications.
  • Participated in "Management for New Supervisors" training, by American Management Association.
  • Designed low frequency viscoelastic vibration isolation system with flexible thermal connections for vacuum operation of micro-acceleration sensitive quartz oscillators.

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1 ISO Jobs

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29. MW

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Here's how MW is used in Lead Mechanical Engineer jobs:
  • Worked with renowned design houses like BMW design studio, JPA and KBM for bringing product from concept to production.
  • Reduced product size and cost by accurately mapping and nesting all critical firmware (FW) and mechanical function.
  • Managed Engineers on development of circuitry, firmware and hardware to integrate with mechanical systems to deliver quality products.
  • Reviewed and approved vendor designs for novel $400-million cooling towers (1600MW).
  • Designed magazine sprinkling system control cabinets for USS Zumwalt Including 2 sizes of hardened LCD touchscreen display.
  • Supervised operations during start-up activities for this 325 MW combined cycle cogeneration plant.
  • Designed mechanical/process systems on a 500 MW PC supercritical power plant.
  • Designed emergency diesel auxillary generator control cabinets for USS Zumwalt.
  • Finalized construction of two GE LMS 100 Gas turbines and 100 MW GE Generators at the Scattergood Power Station.

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30. GD

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Here's how GD is used in Lead Mechanical Engineer jobs:
  • Maintained high production efficiency and accuracy throughout process handling and manufacturing while following GD&T and GMP standards.
  • Designed three customized fixtures for designing, manufacturing components and optimizing mechanical precision according to GD&T.
  • Conducted/coordinated the review of technical documentation supplied by vendors for integration into the WFGD system supplied by HPSA.
  • Upload the as-built drawings to GDS (Global Design System).
  • Create and review drawings that contain basic GD&T.
  • Evaluated WFGD technologies proposed by several vendors.
  • Evaluated WFGD subcomponents such as slurry pumps, valves, compressors,(etc.

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3 GD Jobs

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31. Nasa

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Here's how Nasa is used in Lead Mechanical Engineer jobs:
  • Worked closely with technical and scientific experts at SHOT, at various NASA research centers, and at Indiana University.
  • Write a clear scope of work description of the mechanical design requirements for the projects at NASA JSC Facilities.
  • Designed two complete custom electronics assemblies for the NASA space experiments program from science and NASA requirements.
  • Developed Ground Support Equipment designs for manufacturing, testing and maintenance of NASA ORION Heat Shield.
  • Project Development Lead: Express Logistical Carrier (ELC) project for NASA.
  • Worked with NASA and Orbital Engineers.
  • Create complex engineering Tooling models and drawings for NASA s Orion project, using PRO-E (Creo/Elements) CAD software.
  • Designed RF enclosures and semi-rigid coax interconnection on GPS occultation science payload sponsored via technology transfer from NASA.

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32. PCB

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Here's how PCB is used in Lead Mechanical Engineer jobs:
  • Work closely with electrical engineering on PCBA design and integration to satisfy UL and mange heat.
  • Pioneered and championed widespread usage of PCB I/F module, enabling effective EE-ME design integration.
  • Developed flexible PCB's, which eliminates Hall effect sensors set up procedure during assembly.
  • Supported PWB designers on the re-design of various PCB and CCA assemblies.
  • Supervised PCB design activities across multiple business unit sites.
  • Operated and programmed automated equipment to test PCB's.
  • Created various board form factors for PCB layout.
  • Performed thermal analysis of enclosures and PCB assemblies.
  • Designed PCB test fixtures for automated test equipment.
  • Generated detailed thermal PCB simulations to analyze component hotspots to ensure reliable performance.
  • Worked closely with Lead Electrical Engineer to design PCBs, cables and enclosure for EMI/ESD suppression.
  • Selected adhesives and other materials for bonding, staking, and coating of PCB assemblies in accordance with NASA outgassing standards.
  • Designed sheet metal and injected molding plastic enclosures and chassis for packaging multi-rate fiber optic PCBs and connectors.
  • Supervised PCB designers in in all layout evolutions and guided when needed.
  • Performed electronics design reliability analysis of downhole PCBs (Sherlock software).

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33. CFD

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Here's how CFD is used in Lead Mechanical Engineer jobs:
  • Used AutoDesk CFD Simulation and Lame's equation for structural design and analysis of stresses in the vessel and support rings.
  • Supported GE India analysis team for FEA and CFD modeling for low emissions combustion parts.
  • Design capacity of the modules: 125 MMSCFD of gas.
  • Generated 3D models and conducted CFD analysis.
  • utilized CFD to compare and optimize orifice plate dimensions with both in-house and external closed form solution programs.
  • Led a multi-cultural analysis team supporting GE Energy's global CFD and FEA analysis needs.

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1 CFD Jobs

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34. Design Changes

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Here's how Design Changes is used in Lead Mechanical Engineer jobs:
  • Collaborate with production team and suppliers to validate and implement design changes for cost reductions and incremental improvements.
  • Assisted in preparation of Design Change (Modifications) packages for design changes to various systems.
  • Coordinated with manufacturing on starting ECO process for in production design changes.
  • Implemented design changes to improve performance and reduce build time.
  • Advised contractor's technical clarifications and design changes.
  • Performed major design changes during construction.
  • Delegated design changes among multiple Sr. draftsmen in the Haulage Hydraulics department.
  • Handled designing directions for injection mould projects from concept to final design as well as design changes to existing moulds.

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1 Design Changes Jobs

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35. Material Selection

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Here's how Material Selection is used in Lead Mechanical Engineer jobs:
  • Respond to customer technical queries about material selection, design specification and load capacity.
  • Provided the project leader with material selection analysis to maintain project costs/budget.
  • Design aircraft repairs including material selection to fix problems caused by aging aircraft
  • Led the development of the piping line classifications and material selection process.
  • Led material selection process in the platform design.
  • Reviewed steam system P&IDs, flow diagrams, heat balances, ASME codes, material selection and system descriptions.
  • Championed cost reduction thru design improvements, standardization, material selection, process cycle time and learning curve improvements.

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36. Cost Estimates

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Here's how Cost Estimates is used in Lead Mechanical Engineer jobs:
  • Prepared construction inspection reports, change orders, cost estimates, findings and determinations.
  • Developed systems design concept and cost estimates for proposals to the client.
  • Prepared reports, modification descriptions, specifications, and cost estimates.
  • Prepare cost estimates for alternate upgrades for offshore field construction.
  • Provide detailed schedules and cost estimates.
  • Cost estimates & technical proposals.
  • Generate conceptual ideas & technical layout drawings for cost estimates using various design software (i.e.
  • Developed project cost estimates to the project team during feed or pre-feed stages of the project.
  • Developed scope, specifications, cost estimates, and bids for an esters still facility.

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37. Cost Savings

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Here's how Cost Savings is used in Lead Mechanical Engineer jobs:
  • Recognized for project cost savings of $410k for implementing new supplier selection process with 3 months.
  • Reduced overall cost savings and lead time to procure material by redesigning of electronic enclosure chassis.
  • Identified significant cost savings and return on investment for high maintenance cost systems.
  • Facilitated in second sourcing suppliers for cost savings and part obsolescence issues.
  • Cost savings projects have increased monthly cash flow by $45,000.
  • Lead four cost savings redesign projects in 2009.
  • Generated an annual cost savings of 300K by utilizing Lean Manufacturing techniques to standardize design of Evolution Series AC/DC Auxiliary Cabs.

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38. Equipment Specifications

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Here's how Equipment Specifications is used in Lead Mechanical Engineer jobs:
  • Supervised 4 Mechanical Engineers in preparation of equipment specifications and purchase requisitions for waste treatment equipment.
  • Prepared equipment specifications and purchase requisitions for two 100,000 lb/hr package boilers and auxiliary equipment.
  • Project Coordination * Supported construction to confirmed progress with design drawings and system/equipment specifications.
  • Reviewed preparation of equipment specifications and support calculations.
  • Interpreted client specifications and bid packages as well as prepared equipment specifications and bid packages.
  • Develop equipment specifications for both rotating and fixed equipment, for all site capital projects.
  • Developed equipment specifications, requests for quotation, and bid analyses.
  • Prepare equipment specifications and datasheets as input for procurement activities.

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39. RFQ

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Here's how RFQ is used in Lead Mechanical Engineer jobs:
  • Work closely with Salesmen & customers to fully understand RFQ requirements and Specifications necessary for developing cost-effective designs.
  • Sized equipment for technical RFQ packages (relief valves, orifice plates, etc.).
  • Create and manage specifications and RFQ s to obtain quotes from machine shops and fabricators.
  • Developed equipment specifications, package bid documents and technical bid analysis RFQ and RFP packages.
  • Prepare requisition for quotation (RFQ) (At UHDE Germany).
  • Review documents on RFQ orders and assigned personnel to projects.
  • Prepare requisition for quotation (RFQ).
  • Prepared RFQ for budgetary pricing.
  • Drafted equipment specifications to generate RFQs for submission to equipment suppliers.
  • Generated the final report and RFQ packages for procurement.
  • Responded to RFPs and RFQs for plant modification and greenfield construction projects.

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40. Design Criteria

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Here's how Design Criteria is used in Lead Mechanical Engineer jobs:
  • Developed design criteria for mechanical systems of competition robot.
  • Designed test fixture to verify CFD results then wrote thermal reports based off ARINC 600 design criteria.
  • Worked with client to resolve mechanical design criteria issues present in the project contract.
  • Provide assistance in the development of design criteria, specifications, and licensing documents.
  • Defined mechanical scope of work and design criteria for projects.
  • Performed review of contractor's mechanical submittals for conformance to contract documents and design criteria.
  • Define project's standards, codes, design criteria and specifications to be used.

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41. Engineering Department

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Here's how Engineering Department is used in Lead Mechanical Engineer jobs:
  • Coordinate with Electrical Engineering and Software Engineering departments to design for product function according to customer specifications.
  • Processed all orders through the engineering department, including electrical and mechanical components.
  • Coordinate with the engineering departments of various subcontractors on daily issues KW CASUP program.
  • Interfaced with d vendors, coordinated the efforts of supporting engineering departments.
  • Oversee, lead and direct engineering department.
  • Power Generation Division / Generator Engineering Department) Performed all shop / liaison for ship service generators for the U.S. Navy.
  • Helped develop the CCA drawing release process for the Product Engineering Department which standardized the drawing release process for CCAs.
  • Charged with turning around the moribund engineering department of subsidiary Dwyer Products Corp.
  • transferred to ICF KH) Provided management and technical leadership to the Mechanical Engineering department and to the Mechanical Engineering group.

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42. EMI

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Here's how EMI is used in Lead Mechanical Engineer jobs:
  • Performed material and chemical compatibility testing, vibration confidence testing and HALT/HASS testing of electrical and fiber optic components.
  • Supervised the research and construction of chemical stopping mechanism for a chemically powered vehicle for a national competition.
  • Attended Siemens Purified Water Seminar.
  • Developed an EMI / EMP hardened antenna electronics packaging system for SBIRS early warning nuclear missile defense system for Lockheed Martin.
  • Provided support for chemical cleaning, operation support for steam blows, start up and operation of two NEM boilers.
  • Performed vibration and impact testing and used the results to eliminate systemic resonances while boosting sensitivity by 50%.
  • Conceived design and led team to build a fully functional Niobe demonstration lab that folded up into a semi-trailer.
  • Designed HVAC and utility systems for industrial facilities for chemical plants, automotive assembly and food processing.
  • Designed catalyst packed pressure vessels for chemical reactors in research labs in IIT, Chennai.
  • Developed mechanical specs & test procedures for premium RAD and R&F programs.
  • Set up plant wide chemistry program on all boilers and cooling tower systems.
  • Performed thermal, EMI, and safety compliance testing for the equipment.
  • Perform chemical testing on all water systems.
  • Commissioned plant wide Chemical Feed systems.
  • Develop technical specifications and datasheets for material requisition of equipment including Bulk Methanol Loading Pump and Chemical Injection Pumps.
  • Provided support for chemical cleaning, operation support for steam blows, start-up and operation of three Deltak boilers.
  • Expand technical skills through continuing education courses, outside seminars and webinars.
  • Frame 7FA single-fuel gas turbine and facilitated the commissioning of Demineralized Aquatech water plant (115mw Hitachi steam turbine).
  • direct employee) Developed a DBS antenna system for mounting to semi truck cab for satellite television reception.
  • Included: two clarifiers, three media filters and two demineralizers for pretreatment.

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43. New Equipment

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Here's how New Equipment is used in Lead Mechanical Engineer jobs:
  • Prepare HSE document for new equipment or packages for critical parts in the plant.
  • Train operations and maintenance personnel on setup and operations of new equipment.
  • Developed and established PM frequencies for new equipment per RCM strategy.
  • Procure and adjust new equipment and assembly flow.
  • Assisted start-up of new equipment and commissioning tests.
  • Assist unit personnel when commissioning new equipment.
  • Analyzed safety hazards for new equipment.

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44. Customer Requirements

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Here's how Customer Requirements is used in Lead Mechanical Engineer jobs:
  • Researched and introduced innovative thermoplastics to meet customer requirements, machine application requirements and cost effectiveness.
  • Engineered robot based automated work cells to meet diverse automotive customer requirements.
  • Developed test criteria to verify system performance and compliance to customer requirements.
  • Assisted in writing trainer specifications to meet customer requirements.
  • Work directly with customers to specify product solutions, ensure compliance to customer requirements, and generate quotes/bid packages.
  • Collaborated with sales staff, production staff, and suppliers to translate customer requirements into a functional system.
  • Gather customer requirements, create conceptual designs, and present concepts to ensure all needs are met.
  • Assisted Design Validation (DV) to verify customer requirements were met.
  • Proposed multi-generation plan to efficiently meet customer requirements.
  • Executed work plans to meet deliverables and customer requirements.

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1 Customer Requirements Jobs

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45. OEM

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Here's how OEM is used in Lead Mechanical Engineer jobs:
  • Managed multiple OEM product families for a variety of MRI coil products in response to field input and CAPA processes.
  • Worked with OEM's on machine design; replaced PM1 base wire return guides and stretcher with new design.
  • Developed QC standards and test protocol to insure both OEM suppliers and in-house production deliver qualified parts.
  • Experienced working with OEM partners and manufacturing support teams (U.S. and Asia).
  • Designed OEM navigation system components/assemblies such as LCD/LED Displays, Rear Cameras, Audio Units and Active Noise Cancelation.
  • Lead engineer and primary designer on a $50M program for a $28B telecom OEM.
  • Launched new products in collaboration with global OEMs such as BELAZ, SANY, and XEMC
  • Designed breast imaging MRI coil for international OEM to IEC 60601-1 requirements.

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46. Test Cases

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47. Conceptual Design

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1 Conceptual Design Jobs

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48. Tolerance Analysis

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Here's how Tolerance Analysis is used in Lead Mechanical Engineer jobs:
  • Provided concept development and supervised designers for design, tolerance analysis and testing of equipment that suggested advantages of new approach.
  • Utilized 6 sigma techniques for statistical tolerance analysis resulting in essentially no defects in manufacturing.
  • Performed tolerance analysis to minimize the lead drop requirement of the ASIC package and to maintain signal integrity.
  • Utilized the tolerance analysis program to resolve product design issues.
  • Stack error & tolerance analysis.
  • Tracked the progress of requirement signoffs, test procedures, tolerance analysis, assembly instruction and integration instructions for audit.

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5 Tolerance Analysis Jobs

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49. Test Procedures

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Here's how Test Procedures is used in Lead Mechanical Engineer jobs:
  • Developed test equipment and test procedures that simulated severe environmental requirements.
  • Acted as Test Director (included developing test procedures) for the at-sea testing of this system.
  • Participated in review for final acceptance of completed test procedures on various fluid and control systems.
  • Research new technologies and competition to develop new products and test procedures.
  • Designed test procedures for Tiger Team to evaluate failed wire harness epoxy.
  • Prepared reports on destructive & non-destructive test procedures.
  • Drafted test procedures, coordinated and supervised testing of submarine components to ensure survivability in unique and harsh environmental conditions.

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1 Test Procedures Jobs

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50. Technical Specifications

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Here's how Technical Specifications is used in Lead Mechanical Engineer jobs:
  • Authored documentation including: technical presentations, technical specifications, reports, and product drawings.
  • Reviewed and approved CFD and/or structural analysis and technical specifications prior to finalizing engineering drawings.
  • Involve in developing all Technical Specifications related to Rotating Equipment.
  • Reviewed design documents (System Descriptions, Technical Specifications, Flow Diagrams, Operating Instructions and Design Criteria).
  • Approve equipment packages, drawings, and technical specifications.
  • Performed surveillances and testing procedures to meet NRC approved technical specifications and maintained systems in an operational readiness status.

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20 Most Common Skills For A Lead Mechanical Engineer

Mechanical Design

17.8%

CAD

8.9%

Project Management

6.7%

New Product Development

6.2%

Solidworks

5.9%

Mechanical Equipment

5.4%

Hvac

4.8%

Steam Turbine

4.7%

Engineering Support

4.6%

FEA

4.5%

Design Reviews

4.2%

Pressure Vessels

4.1%

Heat Exchangers

3.5%

BOM

3.3%

Air Compressors

3.1%

Ansys

3.0%

Technical Support

2.7%

API

2.6%

R

2.1%

Stress Analysis

1.9%
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Typical Skill-Sets Required For A Lead Mechanical Engineer

Rank Skill
1 Mechanical Design 12.6%
2 CAD 6.3%
3 Project Management 4.7%
4 New Product Development 4.4%
5 Solidworks 4.2%
6 Mechanical Equipment 3.8%
7 Hvac 3.4%
8 Steam Turbine 3.3%
9 Engineering Support 3.3%
10 FEA 3.2%
11 Design Reviews 3.0%
12 Pressure Vessels 2.9%
13 Heat Exchangers 2.5%
14 BOM 2.4%
15 Air Compressors 2.2%
16 Ansys 2.1%
17 Technical Support 2.0%
18 API 1.9%
19 R 1.5%
20 Stress Analysis 1.4%
21 Laser 1.4%
22 Data Sheets 1.3%
23 Structural Analysis 1.3%
24 Assembly Drawings 1.3%
25 EPC 1.2%
26 System Design 1.2%
27 IDS 1.1%
28 ISO 1.1%
29 MW 1.1%
30 GD 1.1%
31 Nasa 1.0%
32 PCB 1.0%
33 CFD 1.0%
34 Design Changes 1.0%
35 Material Selection 1.0%
36 Cost Estimates 1.0%
37 Cost Savings 1.0%
38 Equipment Specifications 0.9%
39 RFQ 0.9%
40 Design Criteria 0.9%
41 Engineering Department 0.8%
42 EMI 0.8%
43 New Equipment 0.8%
44 Customer Requirements 0.8%
45 OEM 0.7%
46 Test Cases 0.7%
47 Conceptual Design 0.7%
48 Tolerance Analysis 0.7%
49 Test Procedures 0.7%
50 Technical Specifications 0.7%
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