Top Design Engineer Skills

Below we've compiled a list of the most important skills for a Design Engineer. We ranked the top skills based on the percentage of Design Engineer resumes they appeared on. For example, 14.7% of Design Engineer resumes contained CAD as a skill. Let's find out what skills a Design Engineer actually needs in order to be successful in the workplace.

The six most common skills found on Design Engineer resumes in 2020. Read below to see the full list.

1. CAD

high Demand
Here's how CAD is used in Design Engineer jobs:
  • Design and layout of electrical distribution facilities for electric cooperatives to serve Residential, commercial and industrial customers using AutoCAD 14.
  • Participate in project production by making equipment selections, produce sketches for AutoCAD/modeling, perform site investigations/verification and assessments where needed.
  • Design graphic proposals and engineer internal drawings including final materials, fabrication/mounting steps, and UL-approved lighting using AutoCAD.
  • Designed high precision spirit industrial machinery using Inventor and occasionally reworked some older AutoCAD drawings.
  • Analyzed assignments by reviewing CAD engineering drawings, pertinent specifications and prototypes.
  • Planned and designed telecommunication network using standard protocols and a CAD program.
  • Used AutoCAD to develop drawing for manufacturing hydraulic and pneumatic cylinders.
  • Develop drafting/design standards and implementation with equipment specifications for CAD library.
  • Utilized SOLIDWORKS and AutoCAD to design customer-specific Air-caster mechanical systems.
  • Created detailed comprehensive engineering design documents of camera systems in AutoCAD
  • Developed a substrate-noise coupling methodology using Cadence substrate extraction tools.
  • Design of Storm/Sewer/Water cross sections/plans/profiles/details using AutoCAD Civil 3D 2010.
  • Designed schematics and blueprints for agricultural equipment utilizing CAD programs.
  • Generated control panel layouts and electrical diagrams using AutoCAD.
  • Provided company wide comprehensive CAD support for engineering.
  • Involved in the design of all phases of carbon fiber furnaces using the following software: Inventor, AutoCAD, and Microsoft
  • Produced sub sewer network models for existing pipes with the use of ArcGIS integrated SewerCAD software and analyzed for pipe capacity.
  • Provided Computer Aided Design (CAD) work which mainly included drafting and producing 3D models with lighting effects and rendering.
  • Worked in close interaction with Suppliers, Plant Personnel, CAE Group, Customers, Cad Designers and the Lab Group.
  • Used 3D CAD and CAE software to design new products, parts, systems, and machinery used in manufacturing environments.

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2. New Product Development

high Demand
Here's how New Product Development is used in Design Engineer jobs:
  • Lead New Product Development group designing and developing pneumatic cylinder products to be introduced in global automation market.
  • Partnered with manufacturing to establish design standards for engineering to use in new product development.
  • Facilitated New Product Development teams for the creation of manufacturing processes for multiple packaging design.
  • Generated innovative ideas for new product development by collaborating with customers and other industry engineers.
  • Participated in the new product development process including representation on new product cross-functional teams.
  • Supervised full-time and contract design engineers in sustaining and new product development activities.
  • Established new product development plans and policies to facilitate commercialization and regulatory acceptance.
  • Performed complex engineering analysis and problem solving methods to support new product development.
  • Focused on material specification and engineering solutions connecting new product development to procurement.
  • Participated and led cross-functional brainstorm events focusing on new product development and problem-solving.
  • Evaluated manufacturing feasibility for new product development and product designs.
  • Managed new product development projects and CSA Agency certification.
  • Supported current and new product development through re-engineering processes.
  • Promoted to product-line owner over all TIE-DEX (clamps, tools and calibration devices), including all new product development.
  • Represented R&D engine design team in Cross Functional System Team (ST) meetings for new product development.
  • Handled general design, new product development and release responsibilities, combined with generating a Fault Tree Analysis (FTA)
  • Managed cross functional high temperature rise transformer project that resulted in $12MM of year 1 new product development sales.
  • Co-worked with R&D team in new product development, such as CCM (Compact Camera Module).
  • Design work varies form new product development to product enhancements and involves work with problem jobs and field fixes.
  • Ensured a leaner cost reduction for existing programs and reduce cost on all new product development through research teams.

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3. Engineering Department

high Demand
Here's how Engineering Department is used in Design Engineer jobs:
  • Organized and supervised an automation-engineering department of six engineers, while developing a manufacturing engineering group and automation machine assembly department.
  • Collaborated with the Electrical Engineering department to create and integrate electrical systems with mechanical installations utilizing electrical systems schematics and drawings.
  • Managed multiple Outside Plant and Engineering Departments within the organization including design and planning engineering, construction and maintenance departments.
  • Co-authored the customization and implementation of Pro-Engineer software for design applications for window and door products for the engineering department.
  • Supported the manufacturing engineering department in prototype fabrication, qualification test and procedures process as required by management team.
  • Hired with new engineering department in design and development of cement inflatable formation packers and down-hole accessory equipment.
  • Managed multiple product development projects simultaneously for the tooling engineering department; including preparing quotes to the customer.
  • Reported to Director of International Engineering Department with responsibilities for product design and technical support to subsidiaries.
  • Performed Quality assurance within the engineering department by inspecting construction packages for engineering accuracy and cost effectiveness.
  • Coordinate efforts between project managers, structural engineering department, production floor, and process engineering department.
  • Analyzed current engineering practices and implemented new systems to increase the engineering department s capabilities and efficiency.
  • Worked closely with in-house engineering departments to support production lines, and troubleshoot online assembly-manufacturing issues/concerns.
  • Performed design and construction management of several capital projects in the Charleston Paper Mill Engineering Department.
  • Involved in procurement of equipment by handling communication between engineering department, sales department and client.
  • Managed design and analysis for the engineering departments, including hardware and software development activities.
  • Performed Procurement engineering evaluation and item equivalency evaluations in support of site engineering departments.
  • Generated technical documentation for use by internal and external customers of the Engineering Department.
  • Developed proposals for maximizing work flow of incoming models through sales and engineering departments.
  • Developed/submitted detailed post-data packages to Sprint engineering department at close of each project.
  • Lead mechanical engineering department that designed concept vehicles for in-house and educational research.

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4. Solid Models

high Demand
Here's how Solid Models is used in Design Engineer jobs:
  • Utilized SolidWorks to create solid models and engineering drawings for fabrication and assembly from thermodynamic models.
  • Worked on converting AutoCAD drawing to solid models creating detailed assembly and part drawings for fabrication
  • Create solid models and detail prints for manufactured components including cast and injection-molded components.
  • Maintained drawings and solid models as required by medical device regulations.
  • Created solid models, conducted structural analysis and planned manufacturing.
  • Developed solid models to working prototypes to validate design.
  • Develop documentations/drawings/solid models for manufacturing and suppliers.
  • Design work includes solid models of parts and assemblies resulting in construction or fabrication drawings, illustrations and machine functional videos.
  • Interacted with suppliers to provide necessary design information: solid models, prints, load information, packaging constraints, etc.
  • Develop solid models, mechanical and machine drawings for sales support, design confirmation and manufacturing purposes using 3D CAD.
  • Create 3D solid models and drawings for medical parts such as PCR, Tubes, Racks and Tips from scratch.
  • Produce and update detailed drawings and solid models from models, sketches, notes, or layouts provided by engineering.
  • Performed design work on Pro- Engineer 2001 utilizing ISDX and Advanced surfacing to incorporate complex optics into solid models.
  • Interfaced with Engineers and machinists to create solid models and working drawings with GD&T and NASA standards.
  • Developed the Pro/Engineer 3-D solid models for the system topology of the NGT's dynamically tuned gyroscope assembly.
  • Expanded solid parts library by creating 3D solid models from 2D customer drawings or by measuring actual parts.
  • Created wheel solid models for ease of visual grasp of new designs as well as for media purposes.
  • Created Solid Models, detailing drawings, Structural analysis on several types of motors in Solid Works software.
  • Create solid models and drawings of primarily sheet metal parts and assemblies in SolidWorks, Pro/Engineer and CadKey.
  • Engaged in corporate initiative to convert all components to Pro/Engineer solid models, utilizing Top Down Modeling approach.

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5. Catia

high Demand
Here's how Catia is used in Design Engineer jobs:
  • Designed and modeled internal combustion engine cylinder assembly and screw jack assembly using CATIA, according to customer specifications.
  • Designed systems on proprietary projects utilizing CATIA 3D solid modeling and complex surface development.
  • Use of Fokker Elmo integrated propriety WDMS system with the CATIA Electrical Workbench for a fully integrated Functional harness.
  • Supported the Boeing 787 Blanket Corrective Action Team (BCAT) by reworking insulation drawings by using CATIA V5.
  • Utilized CATIA V5 TUBING MODULE for routing of all pipes, control valves, reservoirs, and mounting hardware.
  • Designed tooling to support manufacturing in building the composite parts and metal blades of helicopters using CATIA V5.
  • Used CATIA and SolidWorks to design and ABAQUS to simulate mechanical behavior of the die during pressing processes.
  • Corrected manufacturing and design problems and created drawings and BOM, using CATIA v4, APLG and PDM.
  • Created CATIA V5 drawings of primary seat structures and cosmetic components for aircraft seats assemblies and production release.
  • Design frame and outer skin in CATIA V5 GSD for single engine crop duster and created exploded details.
  • Helped brainstorm strategies to reduce reflections from interior ambient light and performed light ray trace in CATIA.
  • Generated engineering detail and installation drawings for Flaps and Ailerons using CATIA V5 and stored in ENOVIA.
  • Design Engineer: for structural antenna installations as well as avionics equipment installations utilizing CATIA and CADRA.
  • Full CAD models (CATIA V5) and detailed drawing package was part of final project delivery.
  • Designed exterior lighting for Ford (Lincoln MKX vehicle) program through CATIA V5 CAD system.
  • Used CATIA V5 for creating Automotive and aerospace structural components and assembling different part components accordingly.
  • Produced 3-D layouts, flat patterns, detail parts, and top assembly drawings on CATIA.
  • Produced on time production engineering drawings, CATIA models and parts lists to make release schedule.
  • Tested and facilitated a training program meant to ease the transition from CATIA V4 to V5.
  • Develop die draw and parting lines utilizing Catia-V5, V.22 and Matrix Engineering and Designer Central.

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6. Engineering Support

high Demand
Here's how Engineering Support is used in Design Engineer jobs:
  • Provided engineering support for over 20 jobs requiring alternate work instructions, additional measurements and specifications and verified construction was complete.
  • Provided engineering support and schedule prioritization for engineering team in India making certain that customer orders were met within timely manner.
  • Provided technical expertise and facilities engineering support on assigned LWO plant systems including electrical distribution systems and new waste transfer facility.
  • Provide package engineering support and expertise to operations including testing/package validation, new product support and resolution of quality issues.
  • Provided engineering support to manufacturing and sales departments, developed assembly procedures, bill of materials, and product documentation.
  • Provided extensive engineering support and design and solid modeling capabilities to new concept development and maintenance of existing designs.
  • Provide engineering estimates for proposals, review bids, and provide engineering support during construction as engineer representative.
  • Provided engineering support and coordinated contract construction efforts on large-scale energy conservation projects in the Port Arthur refinery.
  • Provided expert engineering support to construction operations to successfully maintain gas service to customers and minimize company costs.
  • Provided design engineering support for the development of new piezoelectric sensors and continuous improvement for existing product lines.
  • Provide engineering support in the design, development and integration of mechanical and electrical systems into vehicles.
  • Supervised installation, tested systems, provided engineering support, system monitoring, and environmental data recording.
  • Provided engineering support to the machining and assembly areas to ensure fabricated components met precise design specifications.
  • Provided design engineering support to the sales organization for new telephone systems and additions/upgrades to existing systems.
  • Delivered engineering support to field operations for day-to-day operations of regional service centers to increase operational efficiency.
  • Provided Engineering support to Manufacturing in development and implementation of turnkey roll formed Locker door production line.
  • Provided Design and manufacturing engineering support to outside vendor shops manufacturing the Humvee armor protective package.
  • Provided post-engineering support to after-market and sales group that resulted in significant reduction in repair time.
  • Performed material take-offs in order to provide engineering support for pricing and cost analysis for proposals.
  • Provided engineering support and technical guidelines in areas of hydraulic and structural analysis and design.

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7. Assembly Drawings

high Demand
Here's how Assembly Drawings is used in Design Engineer jobs:
  • Draft detail and assembly drawings of design components using computer-assisted equipment or standard drafting techniques and devices.
  • Produce manufacturing drawings, assembly drawings and bills of materials using established engineering standards and methods.
  • Composed detailed do-it-yourself instruction manuals for all prototypes using exploded isometric assembly drawings.
  • Produced assembly drawings and Bills of Materials for new machinery production and installation.
  • Created detailed design manufacturing and assembly drawings for hydraulic and electrical components.
  • Prepared detailed assembly drawings with structured Bill of Material for on-site production.
  • Detailed bill of materials and assembly drawings of prototypes for in-house manufacturing.
  • Developed highly detailed assembly drawings for prototype build to facilitate vehicle assembly.
  • Prepared assembly drawings and all necessary details of assembly after design approval.
  • Prepared component and assembly drawings and generated assembly and test procedures.
  • Created all documentation, fabrication and assembly drawings in AutoCad.
  • Created large assembly drawings for customer clarification & approval.
  • Generated detail and assembly drawings for Improved Data Link program
  • Prepare detailed assembly drawings and guiding production crew responsibly.
  • General arrangement and assembly drawings with detailed view.
  • Provided assembly drawings for military and commercial gear.
  • Utilized Pro/Engineer to provide production and assembly drawings.
  • Provided detail drawings and assembly drawings for manufacturing.
  • Provide detailed assembly drawings and photographs for operation manuals
  • Created detailed assembly drawings and schematics.

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8. BOM

high Demand
Here's how BOM is used in Design Engineer jobs:
  • Developed sophisticated spreadsheets such as lightning protection calculations and BOM creator.
  • Generated detailed installation specifications including BOM's, and AutoCAD drawings.
  • Generated GA, P & I, and shop drawings with BOM's ensuring code and specification compliance utilizing SolidWorks 2008.
  • Generated detailed engineering drawings of each single component * Designed developments through design reviews * Released BOM to produce component prototypes.
  • Provided technical support for the development of conceptual, preliminary and detail design of the Fan Case for the Bombardier Program.
  • Worked with Bombardier and vendors to design and develop a number of metal castings, varying from 5lbs to 300lbs.
  • Job duties included updating part documents in Excel and AutoCAD, BOM's, MRP system and designing new parts.
  • Produced assembly drawing, bill of materials (BOM), detailing and design of castings for the respective project.
  • Prepared engine Bill of Materials (BOM), Coordinated metallurgical analysis of engine parts for R&D evaluation.
  • Prepared Bill of Material (BOM) and provided purchasing department with specifications for ordering raw material required for fabrication.
  • Detail drawings, 3D models, BOM, tooling Requirements Provide new designs, creating 30% increase in revenue.
  • Enter BOM & Item Masters into QAD and processing Engineering Change Requests & Product changes in the OEM business.
  • Prepared BOM for vehicle control harnesses and accurate wire cut lists for individual Harness using SOLIDWORKS 2011 electrical module.
  • Design components for conversion of fuselage structure for B-1 bomber from prototype to production requirements and fuel sealing.
  • Developed a unique methodology in determining the BOM's through numerical matrix of the solar roof top array.
  • Designed Noise Reduction Kit, Bombardier CL-600 Series (CRJ-700) for Fokker Aircraft Services / the Netherlands.
  • Create bill of material (BOM) using excel spreadsheet to list all part needed for installation department.
  • Created part models and drawings using Pro-E Wildfire and established BOM structures with alternate CNH part no's.
  • Utilized material nomenclature and specification knowledge to generate Bill of Material (BOM) and Line List.
  • Maintained assembly structure from top down, to agree with the Bill of Material (BOM).

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9. GD

high Demand
Here's how GD is used in Design Engineer jobs:
  • Position required interfacing with customers and suppliers, data translation, data management and creation of drawings utilizing GD &T.
  • Studied the use of composite body panels while considering cost, weight, GD&T and ease of assembly.
  • Developed Mechanical Interface Control Documents, managed radio housing design, and detailed mechanical drawings with proper GD&T.
  • Used SolidWorks and AutoCAD design programs to model parts and created fabrication drawings per GD&T and ISO standards.
  • Developed and revised 3D models and drawings using Pro/ENGINEER, applying GD&T practices based on ASME Y14.5 Standards.
  • Completed Product Design from scratch to identification of critical features, assigning proper GD&T and tolerance stack up.
  • Designed 3D models of plastic molding machines and dies, made 2D drawing of it using GD&T standards.
  • Ensured proper assembly fit by application of GD&T concepts and updated BOM, modified design according to ECN.
  • Created and designed more than 10,000 2/3D fabrication, injection molding, and extrusion engineering drawings using GD&T.
  • Design storm drainage systems including retention/detention, erosion control, using GDOT drainage manuals, computer software and engineering judgment.
  • Acquired skills in Fundamental design methods in, sheet metal fabrication, R & D and GD&T.
  • Served as Project Engineer and Manager for the design of a 5.0 MGD raw water river intake pumping station.
  • Introduce GD&T Concepts for different Manufacturing Specifications for easier understanding of the geometric requirement of the specification.
  • Implemented standards, GD&T, stack-ups, documented drawing modifications, interfaced with all Caterpillar product lines.
  • Worked with metal stamping component supplier to update prints to add proper GD&T to meet quality targets.
  • Approved supplier diagrams, specified GDT, etc; for steering system sub-assembly and packaged the same on vehicle.
  • Achieved familiarity with engineering design of components and GD & T with material conditions, symbols and tolerance zones.
  • Applied extensive knowledge of GD&T, ANSI standards and specialized machinery design for client's products.
  • Supported all CAD aspects of taking a design from layout to final GDSII including LVS/DRC and StarXT extractions.
  • Examined drawings to meet GD&T standards as per ASME Y 14.5 and client specific design requirements.

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10. FEA

high Demand
Here's how FEA is used in Design Engineer jobs:
  • Designed Eagle series digital interface board with self-testing features that resulted in receiving Westinghouse Meritorious award for unique and original approach.
  • Worked on advanced engineering design/analysis methods using Pro/E and its Behavior Modeling Extension as well as FEA to achieve quality/efficiency improvements.
  • Required heavy utilization of FEA and CFD analysis for air flow characterization, dispense system development and waste material management.
  • Performed feasibility studies on installing refrigeration on various units Used stereo Lithography for prototype parts also worked with outside suppliers.
  • Worked with a design team to study and implement EMC and manufacturing feasibility improvements for next generation electronic modules.
  • Directed surveys of possible site location, analyzed survey reports and conducted feasibility study prior to producing project designs.
  • Researched customer design proposals and specifications to evaluate the feasibility, cost, and maintenance requirements of designs.
  • Selected materials and vendors, product listing, documented product critical features to assist manufacturing and production.
  • Developed presentations and reports on the shock history and shock feasibility studies for electronic equipment rack enclosures.
  • Optimized design concepts to meet feasibility, performance, and reliability requirements while maintaining cost targets.
  • Collaborated with vendors regarding costs and feasibility of targeted components functionality within the planned component design.
  • Review design presentations for accuracy, feasibility, economics, and conformance to best engineering practice.
  • Review product feasibility with Certification, Manufacturing, and Purchasing, while complying with Aviation regulations.
  • Performed research on Bayesian, heuristic and neural network classification algorithms for sonar feature extraction.
  • Design, assemble and estimate prompt prototype models to evaluate technical feasibility of numerous solutions.
  • Conducted feasibility studies and calculated theoretical design envelopes for potential product designs and modifications.
  • Reviewed engineering concepts and designs for accuracy and feasibility before being sent to drafting.
  • Performed feasibility studies of proposed designs and analyzed experimental results to confirm theoretical predictions.
  • Work with the development team in evaluating and performing feasibility analysis on potential sites.
  • Worked directly with external design consultancies, reviewing submitted concepts for design feasibility.

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11. Project Management

high Demand
Here's how Project Management is used in Design Engineer jobs:
  • Attended Engineering Release Meeting to answer any manufacturing, procurement, or project management questions pertaining to engineering design and processes.
  • Experienced in all phases of capital project management, from development of initial concept to securing funding approval through project implementation.
  • Designed and managed traffic systems engineering projects, project management, and client relationships for several local and regional engineering projects.
  • Interact with estimating, project management and quality assurance to support company efforts to adhere to requirements and budgetary constraints.
  • Managed and designed installation of capital improvement projects; supervised six Production Trainers blended with project management and design functions.
  • Performed Engineering Design and Project Management duties for successful completion of various projects; specializing in hydraulic piping design.
  • Provided photography services to Project Management to assist all disciplines in coordination at work with existing plant as-built conditions.
  • Awarded Project Management Professional (PMP) Certification; delivering best-practice agile methodologies to improve efficiency and quality.
  • Project responsibilities included all phases of project management, scheduling, product specification, test and manufacturing integration.
  • Perform Lead engineer role for assigned projects including customer interaction, vendor communication and project management as required.
  • Partnered with project management to create equipment schedules, ensure appropriate approvals and procurement of necessary materials.
  • Presented team projects to executive personnel and delegated the project management activities to the various departmental heads.
  • Proved excellent project management skills in delivering weekly reports and invoices accurately and timely to clients.
  • Completed project management duties such as contractor/vendor selection, scheduling, financial compliance and customer service.
  • Project management from concept through prototype to production of electrical harness systems for modular office furnishings.
  • Provide project management and construction management expertise to High-visibility Multi-Million Dollar Projects along the US-Mexico border.
  • Experience in Leadership and Project Management in providing LOE for projects based upon requirement analysis.
  • Support manufacturing, field service, marketing and project management with engineering solutions and expertise.
  • Project management, design, detailing, and installation of customized production machinery projects.
  • Experienced fast-track promotion through a series of increasingly responsible engineering and project management positions.

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12. Mechanical Design

high Demand
Here's how Mechanical Design is used in Design Engineer jobs:
  • Provided highly skilled mechanical design and design documentation technical support and project leadership with or without the assistance of mechanical engineers.
  • Reviewed and approved supplier drawings, mechanical design calculations and data documentation to ensure compliance with respective project specification requirements.
  • Prepared mechanical designs of manufacturing assemblies for non-sparking environment, structural detailing of pipe supports and underground piping systems designs.
  • Provided all aspects of the mechanical design of industrial ovens and material handling equipment and interacted with electrical design.
  • Maintain technical integrity of the product by sound application of mechanical design principles, fabrication principles and verification activities.
  • Led the mechanical design of electronic sheet metal enclosures for telecommunication equipment in central offices and outdoor remote applications.
  • Coordinate structural, electrical and mechanical designs and determine a method of presentation to graphically represent building plans.
  • Provided design engineering and manufacturing support of in-flight entertainment systems on behalf of the Mechanical Design Department.
  • Developed and executed mechanical design verification test plans per requirements specifications to ensure prototypes meet design requirements.
  • Generated new mechanical designs across a multitude of industries, including industrial equipment and consumer products.
  • Performed conceptual and detail mechanical design for Extravehicular Activity space flight hardware for International Space Station.
  • Provided critical mechanical design to major clients such as Cincinnati Microwave and Burns Aerospace Corporation
  • General information on duties include Mechanical Design and Product improvement of current design.
  • Reviewed purchase orders and project specifications with regard to thermal and mechanical design.
  • Design, document procure and implement mechanical designs and structures per customer specifications.
  • Integrated industrial design aesthetic with mechanical design solutions and plastic injection molding constraints.
  • Review, recommend modifications, and approve electrical and mechanical design concepts.
  • Provided Burner Division with mechanical design support in product development and release.
  • Performed mechanical design engineering functions in support of research and development.
  • Reviewed drawings and specification and performance requirements to determine mechanical design.

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13. CNC

high Demand
Here's how CNC is used in Design Engineer jobs:
  • Demonstrated advanced skills in operating equipment and machines including CNC machines and hydraulic presses for the fabrication of mechanical components.
  • Replaced all antiquated machine shop equipment with modern equipment including two CNC knee mills which tremendously improved productivity and quality.
  • Created prototypes by using 3D Printing/CNC machining, validated the design specifications with required specifications.
  • Improved productivity though expanding CAD capabilities and implementing automated manufacturing processes for CNC machining.
  • Designed prototypes of adaptive brackets manufactured by plastic injection molding and CNC processes.
  • Fabricate products using CNC machinery that meet company tolerance requirements.
  • Designed telescoping CNC motor protectors.
  • Designed all aspects of tool job files in Genesis, manufacturing programming on CAD/CAM Software for Laser & CNC machines.
  • Performed hands-on training and supervision for CNC operators, writing all programs for CNC router to ensure accuracy and clarity.
  • Developed a program for CNC machine to produce circuit boards that were formerly produced by hand, under a microscope.
  • Use SolidWorks and other computer design tools, and write CNC code for complex milling operations for creating parts molds.
  • Operate engine lathes, vertical miller, surface grinder, CNC lathe, CNC miller and cut off saw.
  • Use MasterCAM X7 to program the CNC for machining of molds and production 3 and 5 axis CNC programs.
  • Participated in cross training on machine shop equipment including CNC mill, Lathe, Laser cutter, and welding.
  • Design and layout of inline transfer machines and special machines, CNC machining centers and automation and assembly systems.
  • Experienced with CNC machining, sheet metal, casting, composites, prototyping, DFMA and other manufacturing processes.
  • Used 3/8 Aluminum sheet metal with a CNC machine to build logging tool housing and fins for centering purpose.
  • Used machines like CNC Mill, welders, electric pipe benders, and lathes for fabrication and building.
  • Trained new and existing employees on the operation, maintenance, and best practices for operating CNC machinery.
  • Programmed for a wide variety of CNC Milling machines, which include a 5 Axis MECOF M300.

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14. R

high Demand
Here's how R is used in Design Engineer jobs:
  • Structured design of underground utility systems in close coordination with respective utility companies and regional districts.
  • Developed and conducted experimental test programs and analyzed test data to determine failure modes.
  • Gained exposure to an extensive training in refinery and petrochemical process simulation and hydraulics.
  • Developed an adaptive design solution for an unusual Test Specimen to Test Facility interface.
  • Facilitate production process and product improvements by streamlining manufacturing capabilities and production schedules.
  • Provided competent, accurate, economical engineering designs, and/or specifically assigned tasks.
  • Researched and developed specifications and requirements for an ultra precision ceramic ferrule grinder.
  • Involved actively in design and development customized 737 galleys for various customers.
  • Assisted in preparation of preliminary design report for hydraulic and process improvements.
  • Created exhibits which were necessary for coordination with other consultants/jurisdictions.
  • Complete vehicle and computer simulated testing to determine specification conformance.
  • Conducted needs assessments, product evaluations and recommended security upgrades.
  • Develop programs for optimizing structural components and computing load charts.
  • Researched building codes and regulations ensured project met requirements.
  • Provided all necessary documentation and training for each project.
  • Designed mechanical components utilizing metal and plastic fabrication processes.
  • Performed hydraulic profile calculations for the treatment facility.
  • Developed architectural model of several microprocessors using C/C++.
  • Managed expenditures control within limitation of project budgets.
  • Supervised shuttle vehicle assembly facility in New Britain.

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15. Fmea

average Demand
Here's how Fmea is used in Design Engineer jobs:
  • Created and maintained overall development schedule, profitability plan, DFMEA, performance and durability specifications, and validation test requirements.
  • Performed DFMEA and failure analysis to evaluate risks associated with a manufacturing defect and provided recommendations to senior management.
  • Conceptualized and modeled design improvement requests and completed FMEA analysis for prototype designs.
  • Identify critical characteristics through application of DFMEA/PFMEA methodology.
  • Validate specifications that achieve function requirements and Honda standards using FTA, FMEA, simulation, design logic & team collaboration.
  • Design controls for manufacturing of automotive components using quality methods such as DFMEA, DFM, DFA, and DFS etc.
  • Applied Quality tools/methodologies including: SPC, DOE, GR&R, FMEA, CAPA, complaint investigation in projects.
  • Specialize in performing FMEA & DFMEA for HVAC systems; mainly control panels, actuators, relays, and water valves.
  • Conduct Failure Mode Effect Analysis (FMEA), Design For Manufacturing (DFM) and generate the reports.
  • Used Quality tools like SPC, FMEA and PPAP to continually improve and control the quality of the products.
  • Performed end-user research, market analysis, intellectual property review, FMEA, and prototyping using 3D printed parts.
  • Gained understanding of APQP, DFMEA, Statistical, and tolerance stack up analysis for validation of the design.
  • Performed FTA and FMEA for new sunroof technology, which required teleconference report to technical evaluation committee in Japan.
  • Root Cause Analysis and FMEA of production issues, analysis and processing of Engineering Change Note (ECN).
  • Received training in Design failure mode and effect analysis (DFMEA) to ensure reliability in the products delivered.
  • Conducted root cause failure analysis and failure modes & effects analysis (FMEA) on laser system and modules.
  • Applied various analysis techniques, such as FEA, FMEA and statistics to optimize product quality and minimize cost.
  • Performed FMEA and Product FMEA on column switches, power window switches, and printed circuit board assemblies.
  • Performed DFMEA to identify the severity, detection and assigned the mitigation activities to meet the DRF target.
  • Support prototype build and PPAP including PFMEA, Control Plan, Working Flow Chart and run at rate.

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16. Hvac

average Demand
Here's how Hvac is used in Design Engineer jobs:
  • Developed engineering solutions to resolve issues related to thermal-hydraulic and HVAC systems at commercial nuclear power plants.
  • Developed HVAC Design system specifically tailored for a SPA which entailed precise humidity.
  • Co-author of technical white papers which can be found at http://www.sensata.com/sensors/pressure-sensor-hvac-papers.htm
  • Performed survey and evaluated existing conditions and analyzed the existing HVAC systems.
  • Developed new HVAC cooling system technology for high efficiency turbo-charged concept vehicle.
  • Developed HVAC Mechanical Systems Projects, involved with building space configuration/planning layouts.
  • Designed and Supervised the installation process for different HVAC mechanical systems.
  • Communicated and answered questions of Contractors regarding designed HVAC components.
  • Designed HVAC systems for commercial, pharmaceutical and institutional buildings.
  • Managed multiple HVAC projects simultaneously.
  • Designed HVAC instrumentation installation details.
  • Worked on Heating Ventilation & Air Conditioning (HVAC) Design for public buildings such as schools, hospitals and offices.
  • Procure and implement HVAC systems for industrial hangars, commercial malls, offices space and residential buildings in Romania and abroad.
  • Created packaging models of power train, suspension, heating/ventilation and air conditioning (HVAC), and body in white.
  • Provide technical support for both internal and external sales people in the areas of selection and application of custom HVAC equipment.
  • Set up install and calibrate equipment per engineered drawings and specifications as well as balance and calibrate HVAC mechanical systems.
  • Designed HVAC systems for hotel buildings and resorts, office buildings, school institutes, apartment buildings and fitness centers.
  • Position in a professional MEP engineering consulting firm responsible for all aspects of analysis and design of building HVAC systems.
  • Performed calculations, design and layout of HVAC systems, process piping and material handling systems for various industrial plants.
  • Produced Architectural, Electrical, HVAC, Plumbing & Refrigeration schematics for light industrial and commercial cold storage facilities.

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17. PCB

average Demand
Here's how PCB is used in Design Engineer jobs:
  • Supported PCB Designers with Critical Design Requirements and Component Placement.
  • Performed schematic design, board level design, testing, and validation using scope and logic analyzer using Eagle PCB software.
  • Designed and developed a PCB board which is used to generate frequencies 1 GHz to 4 GHz using Cadence OrCAD software
  • Create PCB design package including manufacture, assembly & wiring drawings and related Gerber files for PCB fabrication and assembly.
  • Tested and helped resolve design issues for the main PCBA of an emergency lighting unit with a senior electrical engineer.
  • Designed a library of standard circuits in nanotechnology for mixed signal RFIC's, PCB's and FPGA's.
  • Design engineer for electronic test systems, PCB fixtures, automotive parts, power antennas connectors and wiring harnesses.
  • Designed Advance Printed Circuit Board (PCB) and coordinated production department for quality and within a deadline.
  • Conducted project sales, dealer training, PV system design & electrical control panel assembly, PCB design.
  • Analyzed and reworked card schematics and PCB layout of a Cell BE processor based card using Cadence Tools.
  • Designed PCB's and package for a Page Monitoring System for use in the Nuclear Reactor industry.
  • Lead designer of a three person layout team of eighteen layer PCB with over five thousand interconnections.
  • Provided support for PCB designers, sales, data sheet generation, manufacturing and production test procedures.
  • Used casting, plastic and sheet metal components, PCB, rubber key pads, housings etc.
  • Designed Printed Circuit Boards for flight simulators and control systems, wrote test software for PCB test.
  • Work effectively within various departments to provide training on product troubleshooting, ATE troubleshooting and repair PCBA.
  • Completed system and PCB design of in-flight voice and data telecommunications system installed on over 1,000 aircraft.
  • Designed a circuit and PCB layout for driving high current LED's used in optical scanning.
  • Worked with HW design engineers to ensure PCB layout correctly met production requirements of PCBA area.
  • Experience in PCB artwork designs in incorporating UL/CSA safety requirements, EMI/RFI consideration and grounding techniques.

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18. Design Changes

average Demand
Here's how Design Changes is used in Design Engineer jobs:
  • Lead testing efforts to determine optimum design parameters for new product implementation and innovative design changes for current manufactured products.
  • Facilitate easy design changes and generating variations from single platform thereby increasing return on investment and increasing product portfolio.
  • Drafted and presented technical presentations to internal and external design review boards to justify initial designs and later design changes
  • Performed failure analysis of aircraft engine component test failures and recommended design changes to customer, resulting in certification.
  • Communicated design changes with manufacturing manager, director of quality control, logistics department and other personnel as needed.
  • Proposed and qualified new design changes within manufacturing to insured that accurate production information was maintained.
  • Proposed design changes to improve the performance and operational capabilities of existing instrumentation and equipment.
  • Evaluated performance feedback against design criteria and modifying and executing design changes as needed.
  • Supported manufacturing operations through processing design changes and solving manufacturing issues of varied scopes.
  • Served as department liaison coordinating projects and communicating design changes between various departments.
  • Created models to analyze circuit performance which informed design changes and optimization opportunities.
  • Performed root-cause analysis of manufacturing issues and incorporated design changes to resolve them.
  • Worked closely with manufacturing for quick turn-around of customer requested design changes.
  • Evaluated product performance and recommended design changes through official reports and presentations.
  • Suggested design changes according to manufacturing feasibility, availability and performance results.
  • Developed work instructions, incorporating design changes and facilitating design testing needs.
  • Implemented design changes to maximize efficiency and the company's profitability.
  • Manage complex design changes to improve overall quality and reliability.
  • Post-processed finite element model results and performed iterative design changes.
  • Recognized self-starter developed cost-effective design changes to meet structural/performance requirements.

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19. Cost Savings

average Demand
Here's how Cost Savings is used in Design Engineer jobs:
  • Initiated continuous product improvement and root cause analysis for cost savings and product reliability enhancements.
  • Design analysis for cost savings and interface with interdepartmental teams and vendor representatives.
  • Completed certification training in condensed time frame producing significant cost savings to the program
  • Implemented several production cost improvements including capital equipment cost savings and justifications.
  • Determined finishing processes which would allow cost savings by minimizing operator time.
  • Developed and initiated several processes and procedures producing significant cost savings.
  • Developed polyurethane components as cost savings for part reduction and replacement.
  • Performed design engineering for numerous cost savings projects.
  • Identified over $1M in cost savings through redesign, weight reductions, process/product improvements, and reduction of testing requirements.
  • Customized conveyor control logic to index pallets to reduce assembly cost by 2 FTE, resulting in $80K cost savings.
  • Championed development and implementation of key performance indicators for our engineering team, which lead to increased productive and cost savings.
  • Designed and re-designed parts for improved mechanical effectiveness and cost savings for appliances that went into production in the U.S.
  • Performed value engineering evaluations and mechanical stress analysis on existing designs, resulting in direct cost savings for the company.
  • Give an award for no errors in designs to manufacturing floor, resulting in cost savings and on time deliveries.
  • Curved wiring fixture with cost avoidance of 150k annual labor Adjustable lens tooling with cost savings of 75k per year.
  • Led a 4-member team to redesign an obsolete component, resulting in 50% maintenance cost savings for the customer.
  • Completed burner update project on the 3-Series line, as Lead Engineer, resulting in a $400,000 cost savings.
  • Re-designed end caps to be modular, which resulted in 30% inventory reduction and 15% cost savings.
  • Cost Savings: Approximately $100K in construction cost by implementing a shorter sanitary sewer alignment than originally planned.
  • Designed a new injection molded y-pipe with $153,000 in annual cost savings and $7,240 in warranty costs.

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20. Unigraphics

average Demand
Here's how Unigraphics is used in Design Engineer jobs:
  • Performed UNIGRAPHICS based structural detail and assembly design, including conceptual development and installations.
  • Job Profile- Unigraphics-NX Involved in Design and Development of Automobile Seating Components.
  • Modeled assembly simulation using UNIGRAPHICS of Fan Case Passive Clearance Control System to visually demonstrate assembly sequence of this new design.
  • Used CAD software UNIGRAPHICS in conjunction with its FEM capabilities for the design optimization of thermoplastics blade spacer.
  • Manage CAD tools (NX UniGraphics) to create and optimize designs to customers' requirements.
  • Cable, Wire harness, Component Packaging and Instrument Panel using UniGraphics NX 7.5
  • Developed and taught class in UNIGRAPHICS, modeling, drafting, and assemblies.
  • Design of primary and secondary structure using CATIA V4/V5 and UniGraphics.
  • Designed and detailed hot runner systems and their components using UniGraphics.
  • Used Mechanical CAD, (UNIGRAPHICS NX 6 & 7), in designing new models for analysis.
  • Operated CADD system- 3D UNIGRAPHICS Version 14 and 16.
  • Utilized AutoCad Mechanical Desktop and Unigraphics to generate final drawings for use in production of fixtures and automated robotic tooling.
  • Designed complex production injection molding hot runner tooling for resin distribution, with Unigraphics solid modeling meeting strict customer requirements.
  • Created and maintained automotive mechanical assembly and component parametric designs from concept through production using NX Unigraphics CAD software.
  • Bell Helicopter-Textron Metallic and composite airframe structural design enhancements to the Cobra and Huey helicopters using UNIGRAPHICS.
  • Contract Unigraphics designer-duties included design, detail and documentation of aircraft components and electrical wire harnesses.
  • Designed and managed Node2 Test Module on Unigraphics to perform the underwater assembly operation.
  • Design & Development of forging dies using Unigraphics/ProE for manufacture of automotive components
  • Designed components and assemblies utilizing CATIA and Unigraphics engineering software.
  • Created detailed drawings using Unigraphics software.

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21. ISO

average Demand
Here's how ISO is used in Design Engineer jobs:
  • Provided engineering flow diagrams, isometric drawings, field verification of piping systems for determination of accuracy of process scope analysis
  • Provide the related training including civil work activities/tower foundation and installation to the new supervisors and vendors.
  • Performed design analysis of diesel-electric locomotive systems while providing manufacturing liaison support to trouble-shoot assembly line issues.
  • Designed system and provisioning order process for new wholesale fiber facilities for Southern California Edison.
  • Provided technical support for technical contributors, other designers, and production supervisors.
  • Selected to travel to Orlando Florida with supervisor to identify feeder correction opportunities.
  • Conducted comparison tests with competitors units to determine actual performance and efficiency.
  • Interact with fabrication and assembly department supervisors for equipment under construction.
  • Spearheaded manufacturing and inspection criteria per certified ISO 9000 requirements.
  • Served as Technical Liaison between Engineering and unionized Manufacturing staff.
  • Tested new designs and competitor products for validation and comparison.
  • Provided detailed isometric drawings of communication boxes for aircraft.
  • Performed software comparison and supporting documentation for customer approval.
  • Evaluated and tested current production parts for specification comparison.
  • Composed engineering procedures in preparation for company ISO application.
  • Revised department procedures and policies for ISO9001 certification.
  • Field installation/supervisory experience (domestic and foreign).
  • Acted as Liaison between manufacturing and design engineering.
  • Worked liaison engineering in a production environment.
  • Submitted comprehensive and timely reports to supervisor.

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22. Customer Requirements

average Demand
Here's how Customer Requirements is used in Design Engineer jobs:
  • Conducted technical and commercial capability studies based on detailed customer requirements to assess the potential of a project to be undertaken.
  • Defined unique requirements for specific aircraft conversions based on inspection findings of aircraft slated for conversion or based upon customer requirements.
  • Analyzed customer requirements, Government Specifications, Load requirements and Safety requirements to assure design adequately meets and addresses all requirements.
  • Managed and designed several dozen projects to production release, continuously meeting or exceeding Customer requirements and company cost/timing targets.
  • Established customer interior configurations and created initial design to satisfy customer requirements for the 737/757 stowage bins and support structure.
  • Created designs based on customer requirements and generated 2D manufacturing drawings and Bills of Materials for the manufacturing department.
  • Modified existing design concepts of forklift masts, attachments and corresponding hydraulic system components to meet customer requirements.
  • Consulted with customer technical personnel to determine customer requirements and objectives and recommended an optimum cost/benefit circuit/network design.
  • Review customer specifications to identify customer requirements and provide the documented reviews to our sales team for quoting.
  • Validate all customer requirements, including dimensional, plating and testing by working closely with quality assurance.
  • Provide details to ensure that technical specifications and customer requirements match and to enable customer order fulfillment.
  • Coordinated with different teams in analyzing customer requirements and available resources to define and plan projects.
  • Specified various components according to customer requirements and implemented into Bill of Materials for cost analysis.
  • Team member in the modification of an existing water purification system to meet additional customer requirements.
  • Carried out inspection of manufactured parts according to manufacturers/customer requirements in accord with supplied drawings.
  • Represented airplane model requirements and perspectives on offer ability decisions regarding unique airline customer requirements.
  • Developed mechanical products by studying customer requirements; researching manufacturing and assembly methods and materials.
  • Analyzed product and equipment specifications to determine design feasibility of special products per customer requirements.
  • Analyzed customer requirements and modified trailer designs within the manufacturing constraints to meet customer needs.
  • Developed electronic equipment enclosure mounting brackets for multiple equipment choices to meet customer requirements.

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23. Technical Support

average Demand
Here's how Technical Support is used in Design Engineer jobs:
  • Generated general outline drawings * Designed generator enclosures, fuel tanks and rupture basins * Provided technical support to Sales/Purchasing/Quality Assurance/Production/Customers
  • Utilized Mechanical Desktop5 for all 3D modeling and continually provided design technical support to electrical engineers focusing on board layout.
  • Constructed and maintained customer profiles, provided continuous technical support to customers, and instructed vendors with comprehensive manufacturing specifications.
  • Provide technical support and instruction to staff or customers regarding equipment standards, assisting with specific, difficult in-service engineering.
  • Compile and furnish necessary information to provide technical support to marketing, manufacturing, quality and supply management organizations.
  • Provided customer technical support on packaging systems, tamper evident systems, child-resistance closures, numerous unique dispensing systems.
  • Delegated design duties to designers and provided technical support to manufacturing, assembly and field service personnel.
  • Provided technical support at construction sites, including supervision of installation, modification and troubleshooting as required.
  • Interacted regularly with customers regarding project status, design verification and validation, and engineering technical support.
  • Researched, justified, and recommended capital equipment and automation investments, providing technical support through implementation.
  • Provided technical support to partner engineers to promptly resolve technical design problems while meeting engineering release schedules.
  • Coordinated communications between Design, manufacturing, and other disciplines as well as providing technical support.
  • Provided substantial technical support in gathering, analysis and interpretation of a variety of engineering data.
  • Researched and designed high speed industrial centrifuge mechanical components and provide technical support for prototype shop.
  • Provided technical support requiring critical decision making skills and communication with a wide range of individuals.
  • Provided technical support for sales and marketing departments, and assisted manufacturing in resolving production problems.
  • Specified appropriate card for Cisco 7200 router and provided technical support to customer during implementation.
  • Developed designs, provided technical support, and performed troubleshooting for global enterprise software customers.
  • Provided technical support in order to identify, evaluate and facilitate approval of potential vendors.
  • Provide information and technical support to Manufacturing, Engineering and Production personnel as required.

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24. Design Reviews

average Demand
Here's how Design Reviews is used in Design Engineer jobs:
  • Provided technical direction to cross-functional team as well as product design reviews to aid collaboration between engineering and manufacturing functions.
  • Communicated with lead engineer regarding obstacles on project along with updates on progress and participated in Design Reviews with manufacturing.
  • Participated in design process including engineering analysis on pressure vessel design, design reviews, and interfacing with customers.
  • Developed product specifications, designed circuit boards, and conducted design reviews for microprocessor- based industrial control bus products.
  • Conducted feasibility studies and developed mock-ups for Preliminary Design Reviews for equipment installation in the MD-90 aircraft.
  • Conduct Preliminary and Final Design Reviews with electrical suppliers to validate that installation requirements are met.
  • Performed the Structural Analysis, Participated in design reviews and provided feedback for improving structural performance.
  • Worked closely with the engineering community and involved in regular design reviews to validate design approach.
  • Attend technical design reviews to support engineering package for verification of acceptance and release to production.
  • Prepared and presented analysis results and designs to NASA engineers at preliminary and critical design reviews.
  • Conducted design reviews with the engineering team and analyzed finished product ensuring products were within specifications.
  • Conducted regular team meetings and hosted design reviews with formal presentations, providing senior management visibility.
  • Participate in engineering design reviews and perform root cause analysis and develop preventive maintenance procedures.
  • Facilitated design reviews to ensure design is aerodynamic and mechanically sound and meets contract requirements.
  • Initiated design reviews of hydraulic systems and proposed manufacturing improvements to achieve lean operations.
  • Participate in design reviews, equipment selection, and product improvement specification meetings.
  • Presented preliminary and critical design reviews internal and external to the company.
  • Coordinated multiple design reviews focusing on design optimization for cost and reliability.
  • Provided part development progress reports to upper management in weekly design reviews.
  • Participate in Preliminary and Final Design Reviews to establish design criteria.

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25. Ansys

average Demand
Here's how Ansys is used in Design Engineer jobs:
  • Introduced Linear and Nonlinear Design Optimization to improve designs of buoyancy compartments utilizing ANSYS.
  • Analyzed reliability and validity of customized equipment with Ansys11.
  • Performed and executed different modeling analysis using ANSYS workbench.
  • Performed ANSYS simulations and selected material based on testing results
  • Modeled, analyzed and optimized the arm of a 23 ton excavator using Pro/E for CAD and ANSYS for stress analysis.
  • Designed, fabricated, and tested a prototype on a team of four using SolidWorks and ANSYS for modeling and analyzing.
  • Performed FEA analysis using ANSYS structural for various flight load conditions and limit load conditions in accordance with FAA regulations.
  • Performed dynamic contact simulation analysis base on ANSYS/LS-DYNA, obtained curves of the tooth s surfaces stress changing over time.
  • Included were ANSYS finite element stress analyses, and the issue of casting, forging, ultrasonic and machining drawings.
  • Analyzed the results from ANSYS and provided recommendations that resulted permanent changes to the base Piping and Instrumentation Diagrams.
  • Use of ANSYS 8.0 for stress analysis and a variety of personally designed Excel spread sheet for Actuator/Valve analyses.
  • Performed finite element analysis to analyze the behavior of fluid flowing through micro- channels with bends in ANSYS.
  • Mapped pressure loads to ANSYS Structural and performed FEA to study structural deformation under various load conditions.
  • Performed stress calculations using basic engineering and when needed, used ANSYS as finite element analysis tool.
  • Acted as the engineering point-of-contact for all ANSYS communications, installations, updates, and training.
  • Analyze structural stresses and performed component wise in depth meshing of the CAD profiles using ANSYS.
  • Assisted with analysis of the structural integrity of the chassis using Hyper Mesh and ANSYS software.
  • Worked with a team of engineers setting up modal analyses that used PSD curves in ANSYS.
  • Implemented ANSYS to analyze and verify design from thermodynamic effects, structural stress and vibration inputs.
  • Performed Finite Element Analysis (load, stress, dynamic and thermal analysis) in ANSYS.

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26. NX

average Demand
Here's how NX is used in Design Engineer jobs:
  • Provided mechanical design for semiconductor machinery using UG NX3.
  • Certificate for UGNX advanced simulation training
  • Modified existing steel piping and electrical conduit designs to allow for new automated pipe bender using 3D CAD programs Solid Edge/NX.
  • Revise Class A Surfaces, build B Side, all fasteners, doghouses and ribs, utilizing NX10 and Windchill.
  • Create and release the 3D CAD model and 2D drawings for components and assembly, using the NX CAD software.
  • Design of automobile seals and virtual routing of pipes and accessories to optimize space using SOLIDWORKS, CATIA or NX.
  • Verified IGES and STEP content imported to NX from Pro-E Wildfire5 for data transfer integrity, geometry and material density.
  • Created engineering drawings from 3D modeling concept using the following applications: UG version NX7.5 on Windows XP WINDOWS.
  • Developed a portable electrical skateboard in NX software in Partners for the Advancement of Collaborative Engineering Education group.
  • Created and modified 3D CAD models for use in a proposed GM electric city vehicle using Siemens NX8.0.
  • Helped team members in the solid model transition from I-DEAS to NX and migration to Team Center Engineering.
  • Design food-packaging products, molds and provide working prototype models using Siemens NX 8.5, 9.0 and 10.
  • Worked on 3D CAD designs of automotive seating utilizing skills of UGNX along with creating 2D drawing.
  • Prepare product or system layouts and detailed drawings and schematics using NX5 for presentation to Engineering Management.
  • Provided continuous support to OLSA employees and Daimler employees to answer NX or Engineering Client related questions.
  • Deigned Tooling's groups for assembly lines using UGNX 7.5 for holding BIW vehicles and welding them.
  • Automated the process of pulling part data from NX through use of the C# programming language.
  • Developed plastic prototype models, simulated working models in NX and patented the concept for Daimler.
  • Detail drawings in NX7.5, Create lifting tool for removing wafer chamber body from primary assembly.
  • Designed components for industrial pumps utilizing UG NX 8.5 for slurry, process and chemical applications.

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27. System Design

average Demand
Here's how System Design is used in Design Engineer jobs:
  • Created new buoy anchoring system design and installation procedure for surface-penetrating buoy structure used in Navy shipboard equipment calibration procedures.
  • Managed full Systems Design Life Cycle including developing functional requirements, specification, system design, implementation, and verification.
  • Managed a staff of six Distribution Technicians and various Contractors to implement installation of Premise Distribution System designs.
  • Performed engineering functions such as system design, developed and provided technical as well as manufacturing support.
  • Interfaced with internal and external customers to determine departmental requirements for current and future system designs.
  • Supported the development and documentation of mechanical and thermal environment requirements to establish the system design.
  • Developed, integrated and documented structural and interior payload system requirements to establish the system design.
  • Defined and lead aircraft test requirements to validate system design meets operational and functional requirements.
  • Worked directly with a subcontractor to implement video system design and developed the verification plan.
  • Reviewed and red-lined approval level drawings to be utilized for system design and implementation.
  • Coordinated with system designers to ensure interface compliance with manufacturing and stress requirements.
  • Supported interdepartmental system design coordination effort with turbo machinery and heat transfer department.
  • Developed detail and system designs used to improve products and facilitate manufacturing operations.
  • Provided system designs and pricing information for projects, including detailed technical documentation.
  • Simulated hydraulic circuits for prototyping, project documentation and improving overall system design.
  • Worked in microwave system design/drafting and payload integration on various satellite systems.
  • Produce building thermal loads, incorporate system design recommendations for Mechanical applications.
  • Developed all drawings and system design documentation for environmental and controls applications.
  • Documented system design requirements to assist designers in meeting all design requirements.
  • Heat load calculations, system design, component/vendor selection and technical documentation.

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28. Stress Analysis

average Demand
Here's how Stress Analysis is used in Design Engineer jobs:
  • Utilized ProE/ ProIntralink/ ProMechanica for the respective design, file handling, and temperature/stress analysis of proposed products.
  • Performed stress analysis on components using engineering fundamentals and finite element methods to ensure structural integrity.
  • Performed tolerance stack-ups, stress analysis, and simultaneous engineering in producing high quality product.
  • Collaborated with tooling, manufacturing, and stress analysis engineers to design components for aircraft interiors
  • Hand calculations of aircraft and component static stress analysis for verification of structural integrity.
  • Received introduction to professional engineering Cad software for 3-D and stress analysis calculations.
  • Derived stress analysis based on the standard criteria of different operating condition.
  • Selected engineering materials based on FEM stress analysis using SolidWorks.
  • Created detail and installation drawings and performed related stress analysis.
  • Compare stress analysis with previous mass production models for feasibility.
  • Performed design and stress analysis on aircraft hydraulic components.
  • Performed hand calculations and minor stress analysis software.
  • Performed static simulation and prepared stress analysis reports.
  • Performed stress analysis of castings and external components.
  • Coordinated design with stress analysis and manufacturing team.
  • Stress analysis includes both static and dynamic analysis.
  • Performed stress analysis and machine design calculations.
  • Performed visual and computed piping stress analysis.
  • Performed Stress Analysis to increase component performance.
  • Performed stress analysis on chassis components.

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29. Creo

average Demand
Here's how Creo is used in Design Engineer jobs:
  • Design verification & optimization through CREO Simulation.
  • Developed proficiency with ProEngineer/CREO and AutoCAD.
  • Modeled and Simulated Mandrel Plug used in extrusion process and its cooling assembly using CREO & ANSYS fluent.
  • Conduct labs and teaching modeling software like CREO 2.0, Solid works, and AutoCAD.
  • Performed CAE analysis to find out Modal frequency and stresses on components using CREO Simulate.
  • Redesign wiring harnesses details and layouts in Creo2 for industrial HVAC air handling units.
  • Completed Pro/E Creo2 modeling of 3 Orion EM1 structural brackets on WindChill data base.
  • Design of casting and machine parts utilizing Pro/E Wildfire 5.0 (CREO)
  • Worked on and having skilled knowledge of Pro-e 5.0 CAD, Creo-2.0.
  • Routed cable harness throughout jet forward and aft using CREO cabling package.
  • Create, maintain and correct engineering drawings using AutoCAD2015 and Creo3.
  • Designed gearboxes using 20,000+ horsepower through CREO for computer modeling.
  • Produced required layouts from Solid Works/CREO especially sheet metal components.
  • Updated numerous group and harness drawings in Creo2.
  • Surface model with Pro-E Creo2.
  • Earned over a 1,000 hours of PROE and CREO 4 CAD drawing experience.
  • Design Tools: Pro Engineer Wildfire 4, CREO, Windchill 7.
  • Used CREO 2 with Wind-chill 10.2.
  • Designed electrical connectors and utilized Creo to deliver robust engineering solutions to each customer's unique technical product requirements.
  • Design and develop complex injection molded drug delivery medical devices using Creo and SolidWorks.

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30. Customer Specifications

low Demand
Here's how Customer Specifications is used in Design Engineer jobs:
  • Performed complex design and engineering functions to provide documentation necessary to manufacture products in compliance with customer specifications and API 610.
  • Panel design included all customer specifications as well as all FAA requirements for accessibility, structural loading and durability.
  • Work with Control Department on hydraulic, pneumatic and electric schematics design based on customer specifications and machine functionality.
  • Read customer specifications, analyze customer needs and determine feasibility between customer needs, system capabilities and code requirements.
  • Created initial concepts and/or enhanced existing door modular components, which met internal company and external customer specifications.
  • Performed sizing and performance evaluations, selected components, and ensured technical adequacy of designs met customer specifications.
  • Followed standard manufacturing process guidelines and customer specifications to design cost-effective solutions appropriate for customers' needs.
  • Processed special engineering orders from dealerships and redesigned production vehicle parts and assembly according to customer specifications.
  • Review customer specifications and documents to ensure adherence to quality, accuracy and timeliness of design projects.
  • Modify and refine designs to conform to customer specifications, production limitations, or customer revisions.
  • Involved in designing new and/or redesigning existing products in accordance with industry standards and customer specifications.
  • Design Coordination With Customer Specifications & Liaison Between Engineering and Production With Specialty Tooling When Required.
  • Developed concept layout and design of electronic enclosures and custom products from customer specifications using SolidWorks.
  • Quote, design and configure gas distribution systems per customer specifications for the semiconductor industry.
  • Designed and detailed products to customer specifications, responsible for quality assurance of finished product.
  • Analyzed customer specifications, facilitating decisions regarding contract bids and / or negotiations regarding requirements.
  • Developed products to customer specifications using plastic injection and blow molding part design techniques.
  • Designed custom ultrasonic cleaning, leak test and ultrasonic welding machines to customer specifications.
  • Calculate structure loads for loading conditions required by customer specifications and applicable codes.
  • Received and reviewed customer specifications and needs and incorporated them into design models.

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31. Cost Estimates

low Demand
Here's how Cost Estimates is used in Design Engineer jobs:
  • Summarized condition survey report for mechanical, plumbing and fire protection systems including repair and replacement recommendations with associated cost estimates.
  • Support new business proposal and marketing efforts by developing new design concepts, writing technical proposals, and developing engineering cost estimates
  • Research production specifications, costs, production materials and manufacturing methods, and provide cost estimates and itemized production requirements.
  • Designed engineering plans, reviewed specifications and calculated construction cost estimates for two major thoroughfares and one drainage channel.
  • Aided in preparation of freeway and interchange project construction documents including plans, specifications, and engineering cost estimates.
  • Design substation physical layouts, select substation equipment, and review substation equipment specifications and construction cost estimates.
  • Create product specification documentation with marketing, which included cost estimates, instrument specification, and schedule.
  • Participated in the development of manufacturing cost estimates and design drawing reviews resulting in cost saving improvements.
  • Prepared construction plans, specifications, cost estimates staffing and necessary engineering calculations and managed construction.
  • Interfaced with procurement engineering to develop cost estimates and bills of materials for commercial products.
  • Provided high level and detailed project cost estimates for various relocation and system improvement projects.
  • Performed engineering-related analysis and design calculations, assisted in preparation quantity and cost estimates.
  • Develop sales proposals for projects including specifications, preliminary design, and cost estimates.
  • Developed preliminary construction cost estimates based on TxDOT's historical unit cost data.
  • Evaluated supplier cost estimates against actual costs to eliminate discrepancies and overruns.
  • Provided cost estimates, interaction and presentations for internal and external customers.
  • Assist with contracting and construction document preparation including providing cost estimates.
  • Prepare accurate cost estimates to make accurate engineering mathematical computations.
  • Experienced in calculating earthwork quantities and conducting other cost estimates.
  • Performed detailed quantity calculations and cost estimates for various projects.

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32. Shop Drawings

low Demand
Here's how Shop Drawings is used in Design Engineer jobs:
  • Performed concrete/earthwork/pipeline inspection, reviewed shop drawings, and coordinated construction with designers, city and construction personnel.
  • Draft comprehensive shop drawings in accordance with aforementioned design.
  • Produced electronic architectural woodworking shop drawings using AutoCAD 2004.
  • Elaborated equipment layout drawings and fabrication shop drawings.
  • Supported equipment manufacturing with shop drawings and specifications.
  • Prepared shop drawings with 2D and 3D details, fabrication drawings, and assembly drawings for aluminum curtain wall projects using AutoCAD
  • Provided responses to RFI s and review of structural shop drawings including concrete, precast concrete, structural steel and masonry.
  • Design and implement shop drawings associated with the construction and distribution of metal canopy systems and metal panel exterior finishes.
  • Design Weld Fixtures, Form Tools, Check Fixtures and Air Flow Analysis Design shop drawings for manufacturing and production.
  • Designed new structures which included calculations, drawing details, coordination, shop drawings, and plan check review.
  • Prepared complete project packages, including MSE wall drawings, shop drawings, and calculations, for the client.
  • Create 2D and 3D customer drawings and shop drawings using AutoCAD and SolidWorks in compliance with design specifications.
  • Created all necessary drawings to manufacture, including weld drawings, machine shop drawings, and assembly drawings.
  • Create shop drawings, plant assembly guides, customer assembly guides & product packing guides using AutoCAD.
  • Design HVAC products using AutoCAD and SolidWorks to create parts, assemblies, and detail shop drawings.
  • Design and engineer complete shop drawings for kitchens, bathrooms, utility rooms, office/study, etc.
  • Developed standard and shop drawings for use in fabrication shops, to build specific types of equipment.
  • Use of SolidWorks program to create assemblies, sub-assemblies, part and configurations for machine shop drawings.
  • Designed pipe supports, pipe bridges, platforms, stairs, including detail steel shop drawings.
  • Create, analyze and make needed modifications to Engineering shop drawings for updates and detail clarification.

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33. Fpga

low Demand
Here's how Fpga is used in Design Engineer jobs:
  • Generated new VHDL FPGA firmware designs for military digital subsystems and various system requirements, including data filter applications.
  • Design and Implementation of Interconnect (LPC) on FPGA to facilitate Processor access to all peripherals in the network node.
  • Developed the logic Double-buffered Transmitter/Receiver and Generic Baud rate Generator in VHDL and achieved in hardware using XILINX Spartan-II series FPGA.
  • Debug firmware and software by testing units, isolating problems, and fixing bugs* Implemented prototyping functions and developed FPGA components.
  • Designed modules to capture asynchronous triggers from bi-directional encoders to synchronize the FPGA system to production lines in steel mills.
  • Designed FPGA code for 10Gb/s Data Pattern Source and Receiver for SONET framed and unframed data and 10GbE packet data.
  • Developed FPGA code for in-circuit emulators, which enabled software development for flash memory products that were not yet available.
  • Lead design of current generation high density FPGA emulation boards in-house and recognized for significant cost saving for the company.
  • Generated the hardware specification, designed the electronics and FPGA firmware for the adapter, and built a working prototype.
  • Board level designed of analog, digital, FPGA (VHDL) and mixed-mode circuit of matrix switching device.
  • Contributed in the schematic capture, FPGA design and PCB debug, performance test of the 10G Transponder system.
  • Modified the existing CPU based design to CPU-FPGA based solution to reduce the latency by about 4 times.
  • Design responsibilities included customer requirement definition and interface, system design, schematic design, and FPGA/EPLD design.
  • Implement FPGA VHDL code for modules CRC error detection, Digital filters, communication between two FPGA's.
  • Validated the working of FPGA on board and made sure all the parameters including timing meet the specs.
  • Designed and developed logic in VHDL for Spartan-6 FPGA on board that generates various timing and triggering signals.
  • Lead Engineer for PCB design and FPGA programming of digital signal encryption modules for airborne and ground systems.
  • Modified the RTL code from DIMM Tester to new Chip Tester, Implemented FPGA design in chip tester.
  • Provide engineering expertise for company specializing in field-programmable gate array (FPGA) design and support services.
  • Learned and explored systems like NI-PXI, coding for the FPGA module and testing the entire system.

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34. OEM

low Demand
Here's how OEM is used in Design Engineer jobs:
  • Evaluated OEM audio products for reliability and performance developed and coordinated implementation of design improvements into released products with Asian CM.
  • Communicated and collaborated regularly with OEM customers to understand and apply their design requirements, resolve issues and fortify relationships.
  • Designed power amplifiers for proof-of-concept effort to demonstrate feasibility of in-house designs versus outsourced designs from external OEM vendors.
  • Managed prototype product design of injection-molded parts using SolidWorks for an OEM drinking water filtration company.
  • Designed mechanical and electrical components used for both aftermarket and OEM mobile audio equipment.
  • Developed a family of photoelectric residential smoke detectors for a Japanese OEM.
  • Designed custom linear-motion actuators for factory automation and industrial system OEM's.
  • Design mobile audio transducers and amplification for OEM and aftermarket applications.
  • Lead significant design portions of various OEM automated machine installations.
  • Developed mechanisms of in-house custom designs and OEM implementation.
  • Integrated engineering services provider with aerospace OEM.
  • Researched OEM drawings to create layout models of interior partition for furniture engineering team, and updated lavatories General Arrangement Drawings.
  • Design injected molded interior trim components for all OEM manufactures, such as I/PNL components, Consoles and Door Panel assemblies.
  • Make supplier, OEM, and end-user customer visits as appropriate to support design activities that result in a win-win product.
  • Managed projects with OEM customers integrating torque sensing solutions into existing product lines, focusing mainly on the power tool industry.
  • Design of cooler lines for engine jacket water and charge air keeping in mind systems limitations from different OEM's.
  • Conduct design reviews to reverse engineer OEM components and propose alternates for PMA Clients to comply with FAA regulations.
  • Designed and constructed test stands, ran automotive OEM tests based on procedures and compiled test results for analysis.
  • Excelled as a designer of custom tool and die for use in OEM production of metal stamped parts.
  • Designed a 350V, 56 kWh lithium ion battery for use in a 9ton forklift using OEM design.

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35. New Designs

low Demand
Here's how New Designs is used in Design Engineer jobs:
  • Created new designs for customer specification and design package ranging from new cabinets to fuselage penetrations and seating installations.
  • Developed new designs and specification sheets using AutoCad and received approval from managers to implement the projects.
  • Developed process for new designs that improved engineering efficiency allowing products to be released to market faster.
  • Developed new designs and modified existing designs to create low-cost solutions that met or exceeded customer requirements.
  • Performed mechanical failure analyses and implicated new designs to correct existing process and product issues.
  • Assist in efforts to improve productivity of new designs by implementing design-for-productivity standards and reviews.
  • Collaborate with design engineers, production managers and manufacturing division for implementation of new designs.
  • Worked with manufacturing engineers to implement new designs and design changes to complement Lean manufacturing.
  • Lead development teams on new product lines-Vendor approvals-Implement new designs-Implement revisions to existing products
  • Created and modified BOM's* Verified new designs* Implemented new designs* Completed Green Belt Certification
  • Analyzed new designs using finite element analysis to validate and improve proposed designs.
  • Communicated with customers to develop and establish new designs, redesigns and modifications.
  • Collaborated with off-site engineering team members regarding manufacturing problems and new designs.
  • Reduced manufacturing costs by developing and coordinating assembly procedures for new designs.
  • Performed theoretical testing of innovations for conceptual improvements and new designs.
  • Developed new designs as both track-driven and tire-driven construction equipment.
  • Coordinate with manufacturing to implement new designs and product improvements.
  • Qualified new designs, modified and/or re-qualified existing designs.
  • Improved upon and created new designs on telecommunication buildings.
  • Implemented new designs and retrofitted existing furnaces.

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36. Design Process

low Demand
Here's how Design Process is used in Design Engineer jobs:
  • Simplified product development lead time by involving purchasing and manufacturing departments earlier in the design process and eliminating non-value added steps.
  • Managed mechanical design process, selected sheet-metal and molding tooling vendors and provided written manufacturing assembly instructions.
  • Identified supplier technical competences, design process, flexibility, change management and documentation quality.
  • Focus included overseeing the engineering design process, optimizing material usage, and production optimization.
  • Supported the implementation design process DCAC/MRM by simplifying Airplane configuration for integral electrical systems.
  • Managed customer requirements and specifications and integrated into all aspects of the design process.
  • Designed a mechanical system to satisfy project requirements by following an engineering design process.
  • Support design process including initial estimation of design effort and drawing release milestones.
  • Developed engineering standards and procedures to streamline design process and project management techniques.
  • Collaborated with managers and engineers on design processes and custom prototypes.
  • Participated in the engineering design process from concept to early fabrication.
  • Supported special design or design process improvement projects as required.
  • Developed software automating design processes which significantly reduced development time.
  • Improved design efficiency by implementing scripts to automate design process.
  • Develop configured models to support automation of product design process.
  • Developed technical guideline manuals to document design processes and standards.
  • Documented manufacturing and design processes to improve overall efficiency.
  • Design process & manufacturing equipment for small pneumatic valves
  • Interacted with manufacturing personnel throughout the design process.
  • Coordinated updates, export tagging and documentation of the Preliminary Engine Design Process Template to grant access to global GE sites.

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37. Sigma

low Demand
Here's how Sigma is used in Design Engineer jobs:
  • Contributed ideas at system level, simulated and compared multiple circuits, especially the Sigma-Delta modulator.
  • Followed six sigma process methodologies for functional requirement and design that will improve quality.
  • Improved design efficiency in fastener manufacture using Six Sigma processes.
  • Specified requirements, designed and simulated switched capacitor Sigma-Delta Converter.
  • Supported manufacturing warehouse in implementing Six Sigma system.
  • Developed Six Sigma methodologies for electronic design.
  • Resolve manufacturing problems using Six Sigma methods.
  • Debug programs for six sigma equivalent stability.
  • Trained in Caterpillar s 6 Sigma Green Belt and worked on 6 Sigma cost reduction project on C15/18 valve cover commonality.
  • Certificate of Completion:- Design for Six Sigma Green Belt Certification Program University of Michigan, Ann Arbor, MI.
  • Used problem solving skills from issue identification to root cause resolution- methodologies include Six Sigma, 8D, and 5-Why techniques.
  • Led the process with six sigma principles to ensure quality test outcomes, critical- path issue resolution and on-time project schedules.
  • Organized cycle time reduction, Total Quality Management (TQM), Lean manufacturing, Six Sigma, and IPDS/ISO 9001.
  • Maintain bills of material for manufacturing and participate in process improvement (Lean) workshops using Lean and Six Sigma tools.
  • Reduced cost by application of Six Sigma, Lean and TQM methods, enabling end product to meet client requirements.
  • Completed DMAIC 6 SIGMA Green Belt Training and involved as a Team member in multiple 6 Sigma cost reduction projects.
  • Use of Six Sigma Tools and processes to analyze designs and create optimized electrical and mechanical systems for transfer switches.
  • Established Design For Six Sigma (DFSS) design guidelines for Hose-pipe connection with spring band clamp on coolant lines.
  • Lean Six Sigma Black Belt specializing in problem solving, eliminating inefficiencies and lowering costs in processes and products.
  • Managed a Six Sigma green belt project for reject and scrap reduction from 14% down to 3%.

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38. IP

low Demand
Here's how IP is used in Design Engineer jobs:
  • Redesigned/upgraded legacy restaurant cooking equipment.
  • Provided on site training to company engineering group in basic and advanced ProEngineer application, Mechanical Design Principles and Engineering Calculations.
  • Developed design analysis coding/script written in ANSYS APDL environment specifically for Smart material (PZT dielectric ceramics) performance evaluation.
  • Supported company sales by consistently meeting client needs by offering multiple solutions, and ensuring high-quality, cost-efficient production.
  • Process work orders for high capacity circuits utilizing multiple databases in order to configure circuits and identify available facilities
  • Performed take-offs and analyzed client/project documentation to determine all design criteria for multiple heat tracing technologies was met.
  • Conduct and participate in technical reviews of requirements and specifications for manufacturing and assembly support as they arise.
  • Coordinated in the preparation of specifications and procurement of major electrical power equipment and related installation services.
  • Assist environmental staff on installation of data acquisition equipment and monitoring to meet State and Federal requirements.
  • Interacted with clients directly to obtain critical design parameters and applied engineering principles to produce design concepts.
  • Included multiple switching regulator power supplies and embedded controller firmware to implement 2-wire serial protocol interfaces.
  • Managed mechanical engineering functions for a company that serviced x-ray equipment in hospitals in New Jersey.
  • Test, verify, quantify and qualify delivered product or equipment accordingly to specifications or requirements.
  • Work with electrical and mechanical engineers to design decals that meet requirements for construction equipment.
  • Developed and published hydraulic and mechanical system and component specifications for strategic partnerships with vendors.
  • Coordinated internal and external resources between multiple projects to best meet overall schedule objectives.
  • Design and manufacture of conveying and assembly equipment for manufacturing insulated glass units.
  • Developed multiple test rigs to evaluate bearing compartment functionality and conceptual bearing design.
  • Completed numerous tasks during the development of a new Modular multiprocessor Irrigation Controller.
  • Designed embedded firmware for multiple instrument products used for sensitive electrical measurements.

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39. Teamcenter

low Demand
Here's how Teamcenter is used in Design Engineer jobs:
  • Researched options for Product Data Management (PDM) Systems including ENOVIA, SmarTeam, PDM Express and TeamCenter.
  • Create all drawings for manufacturing and purchasing with Pro/E Wildfire 4, using PDM, and TeamCenter 7.0.
  • Prepared Engineering Orders with Parts Lists and Notes Lists and released these change packages in TeamCenter.
  • Produced detailed 3D models and drawings of structural components and assemblies utilizing CATIA v5 and TeamCenter.
  • Acquired basic knowledge and understanding of Ford TeamCenter, GM TeamCenter, and USCAR standards.
  • Utilize ENOVIA LCA, TeamCenter for design engineering action, review and release.
  • Downloaded vehicle components from TeamCenter to complete designs.
  • Performed updates on files and parts within TeamCenter.
  • Created compliant electrical harness routing data by utilizing the latest UG/NX software including Teamcenter Engineering and Visualization applications.
  • Lead cross functional team to implement engineering bill-of-material management within Teamcenter in support of SAP go-live.
  • Prepared engineering drawing/change notices and secured/released files in Teamcenter - PLM system.
  • Participated in Wildfire, Teamcenter and Visualization Teams.
  • Create Engineering Change Notices (ECN's) to document design changes using EDS software and release Engineering changes in Teamcenter.
  • Design and Engineering using Unigraphics NX6 along with TeamCenter to Design Heavy Equipment used in the mining and steel industry.
  • Designed Electrical Harnesses for the Galley s present in A350XWB aircraft based on ATA-92 principles using CATIA and Teamcenter Interface.
  • Created part and assembly drawings with GD&T and released the final approved design in PLM software Teamcenter.
  • Utilized NX 9.0 CAD for designing, detailing implementing GD&T manufacturing requirements and managing GM Teamcenter data.
  • Design of large suspension components and fixtures using Siemens NX 10, Teamcenter 10, and Siemens solid edge.
  • Trained to use Caterpillar's Pro/E database systems for CAD models and drawings, including Teamcenter and SIFT.
  • Assign to Design Sheet metal enclosure and copper pipe for HVAC equipment.Used Cad software NX11, PDM system TeamCenter

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40. PDM

low Demand
Here's how PDM is used in Design Engineer jobs:
  • Developed PDM training packages and implemented training to all design and configuration personnel.
  • Designed EPDM rubber internal insulation for various solid propellant rocket motors.
  • Prepared models, drawings, engineering BOM, and associated documents for Engineering Change release using LCA and MatrixOne PDM system.
  • Proposed solutions include detailed design of Aircraft components and drawings, stress review, CAD and PDM data updates and verification.
  • Facilitated training of new employees on the use of modeling and design tools including AutoCAD, PDMS and Cyclone.
  • Utilized a VAX mainframe system running PDMS software, and the DOGS 2D drawing package for detailing frames.
  • Create and update models, drawings, and material bills using SolidWorks, Enterprise PDM, and AS400.
  • Maintained PDM database throughout the full product life cycle, from concept phase to end of life.
  • Created ECN and bills of materials for all assemblies, using Matrix software as the PDM system.
  • Generate and maintain bill of materials and revised through engineering change requests/orders using Interlink PDM system.
  • Organize and maintain CAD Directories, cell libraries and drawing sheet files in PDM Vault/Various locations.
  • Evaluate and approve design changes, specifications, and ensure drawing releases on time in EPDM.
  • Created Business change Note / ECN writing and Release drawings to next level, using PDM e-tools
  • Generate and document product designs through the use of SolidWorks and it's EPDM management system.
  • Design and redesign of telecommunication components, enclosures, and equipment using Pro/Engineer & Pro/PDM.
  • Created TWTA part/assembly models and drawings for R&D programs using Pro/E & Pro/PDM.
  • Reviewed 3D PDMS model of entire work-pack and participated in interdepartmental meeting and client meeting.
  • Created 2D details and assemblies layouts; Integration, released of new parts within PDM.
  • Performed stress analysis for various components of pressure vessel using IDEAS, STAAD and PDMS.
  • Created, modified and maintained large assemblies as new part were integrated into PDM database.

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41. Enovia

low Demand
Here's how Enovia is used in Design Engineer jobs:
  • Participated in an intensive evaluation and training seminar on a tailored CATIA and ENOVIA DPD and MBD system for Volvo/Mack.
  • Research, study human factors-accessibility, and create maintenance tool surface sweeps, populate and maintain ENOVIA.
  • Validate and release 3D wire harness installation & assembly products of multiple 787 design areas in ENOVIA.
  • Helped define new processes at Bell Helicopter for 3D model definition and ENOVIA based configuration control.
  • Designed structural parts, structural and mechanical assemblies and test equipment using CATIA v5 and ENOVIA.
  • Initial Layouts and design of aircraft structure, floorboard support brackets using CATIA V5 and ENOVIA.
  • Act as focal for conducting preliminary and critical design review before design releases by ENOVIA.
  • Utilized ENOVIA for updating model revisions, completing actions, and checking model attributes.
  • Created ECO to re-constructed EBOM in ENOVIA system of helicopter assemblies and sub-assemblies.
  • Analyze engineering drawings; update Engineering Bill of Materials for ENOVIA R4 Go-live.
  • Used ENOVIA DMU to help eliminate clashes between all system and structure groups.
  • Prepared parts list and drawing packages with ENOVIA PM and EnCapta software.
  • Integrated New Installations into the Aircraft using LCA ENOVIA and MATRIX ONE.
  • Created bill of material using SAP and populated ENOVIA LCA structure.
  • Created parts lists and entire release process using ENOVIA V6.
  • Work with computer programs in ENOVIA and on CATIA.
  • Created ENOVIA Actions and release Change Orders.
  • Supported KC-767 2D and 3D CAD in wing, hull, propulsion, and tooling efforts using CATIA V5 and ENOVIA.
  • Use of ENOVIA to push Engineering Bill of Materials (EBOM) to Planning Bill of Materials (PLBOM).
  • Required use of: Composites (SMC) - Sheet Metal - Plastics - ENOVIA (VPM)

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42. Autodesk

low Demand
Here's how Autodesk is used in Design Engineer jobs:
  • Utilized SolidWorks and AutoDesk Inventor to design custom automated welding equipment for nuclear power plants.
  • Model piping and mechanical equipment using AutoCAD Mechanical and AutoDesk Inventor.
  • Detailed engineering drawings using AutoDesk Inventor.
  • Design work performed on AutoDesk Inventor
  • Contract position involving the engineering design of parts, components and assemblies for power plants, using AutoDesk Inventor and AutoCAD.
  • Design and drafting (AutoCAD14/2000, AutoDESK Inventor, SolidEDGE) of all body, chassis and engine components.
  • Use AutoDesk programs efficiently to create and streamline sprinkler systems to meet and exceed earthquake and fire codes.
  • Administer and maintain the AutoCAD Electrical Software and AutoDesk Vault Software for the Toyota USA Stamping Controls Dept.
  • Implemented AutoDesk MEP software in place of AutoCad to improve document generation capabilities for projects.
  • Design steel outfitting drawings such as platforms and mechanical supports on AutoDesk Inventor Professional.
  • Converted auto cad 2d drawing to AutoDesk inventor 3d-modeled drawings.
  • Received training in the use of AutoDesk Inventor software.
  • Designed all complex assemblies using AutoDesk Inventor.
  • Conducted detailed motion analysis and evaluate mechanical performance of medical designs concepts using Autodesk Fusion Static Stress Analysis.
  • Develop 3-Dimensional drawings using Autodesk Inventor to create/develop a logistics tool for installations and maintenance.
  • Created computational models, manufacturing and production drawings using SolidWorks and Autodesk Inventor tool.
  • Designed automated and stationary fixtures for manufacturing environments using Autodesk Inventor CAD software.
  • Design custom retail displays from customer and salesperson specifications using Autodesk Inventor.
  • Worked with AutoCAD electrical and Autodesk Mechanical to create engineering blueprints.
  • Utilized Autodesk Storm and Sanitary software to compute hydraulic routing.

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43. Design Software

low Demand
Here's how Design Software is used in Design Engineer jobs:
  • Completed design and process validations through statistical methods using basic statistical calculations in conjunction with statistical analysis and design software packages.
  • Researched and implemented new design software and tools that resulted in reduced problems in production and increased customer satisfaction.
  • Created prototype drawing specifications for customer approval, external testing, and tooling requirement using design software tools.
  • Utilized a variety of computer aided design software platforms to develop and modify drawings for various engineering contractors.
  • Operate computer-assisted design software and equipment to redesign embedded products to improve performance and address additional markets.
  • Operate computer-assisted engineering and design software and equipment such as AutoCAD to perform engineering tasks.
  • Created engineering solutions for molded automotive interior components using computer aided design software.
  • Developed new product documentation for company catalog using engineering and graphic design software.
  • Operated computer-assisted engineering and design software to complete engineering tasks by deadline.
  • Developed structural design software for pipelines used in Chemical and Oil refineries.
  • Utilized automated design software to effectively and efficiently produce construction documents.
  • Used computer-assisted engineering design software and equipment to test electronic designs.
  • Provided system design software specification for an international Operator Services System.
  • Design software-hardware for multiple channels high sample rate data acquisition system
  • Design commercial refrigeration cases using Pro-e and SolidWorks design software.
  • Operate computer-assisted engineering design software to perform engineering tasks.
  • Completed network drawings utilizing Computer Aided Design software.
  • Applied extensive training in AutoCAD computer-aided design software.
  • Design software per customer provided Test specifications.
  • Used computer-assisted design software and equipment.

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44. Structural Analysis

low Demand
Here's how Structural Analysis is used in Design Engineer jobs:
  • Performed structural analysis and prepared structural drawing for retaining walls, overhead signs and transmission lines resulting in successful construction.
  • Involved heavily in design and structural analysis of different mechanical and architectural projects used in the lighting industry.
  • Perform defined structural analysis and design tasks including foundations, steel and concrete elements using structural analysis software.
  • Perform structural analysis of mechanical components using knowledge of calculations, finite element analysis and interference studies.
  • Experience in performing modal analysis, static structural analysis, explicit dynamic analysis and crash analysis.
  • Designed and performed structural analysis on tubes and brackets currently used in engines of international airlines.
  • Performed preliminary structural analysis & validated design of components and material selection.
  • Performed 3D solid modeling using SolidWorks and structural analysis using SW Simulation.
  • Worked on CAE-Structural Analysis and incorporated results in design for functional improvement.
  • Executed structural analysis using Pro/MECHANICA for structural stability of pressure vessel.
  • Design Engineer: - Perform rigorous structural analysis on telecommunication towers.
  • Performed structural analysis of Rotor component modifications required to facilitate instrumentation.
  • Incorporated building code requirements into new computer aided 3-dimensional structural analysis.
  • Reviewed and checked structural analysis of building projects manually.
  • Performed thermal and structural analysis using Finite Element Analysis.
  • Engineer products/equipment complete with structural analysis and supporting documentation.
  • Performed structural analysis of different components of power plant.
  • Supported engineering designs through structural analysis and simulation.
  • Performed pipeline and structural analysis for designs.
  • Performed structural analysis of electric utility structures.

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45. PCS

low Demand
Here's how PCS is used in Design Engineer jobs:
  • Retrofitted simulator, adding multiple electronic parts including switcher, smart switch, cables, wiring, and two PCs.
  • Worked on several design projects in both the cellular PCS market and also the television and radio market.
  • Designed and implemented system-wide PCS site plans for the Philadelphia MTA region as per marketing and cost objectives.
  • Exported hundreds of sites for RFDS, and for integration project of CDMA sites with PCS and LTE.
  • Perform minor field surveying and sketches of site plan and floor plans of Sprint PCS Telecommunication facilities.
  • Designed and analyzed PCS and cellular site plans for coverage and interference into microwave systems.
  • Create BOM's and structure kits in BPCS and create parts/instruction manuals for units.
  • Engineered raceway and supports for the IPCS power and control system for roadway superstructure.
  • Design engineering for point-to-point microwave, 900 MHz SMR and PCS-CDMA networks systems.
  • Use BPCS to maintain parts list/existing parts for production use.
  • Worked as a contractor for PCS.
  • Designed AT&T's PCS IS-136 TDMA telephone system throughout the southern region of the United States.
  • Testified in numerous Planning and Zoning commissions on behalf of SPRINT PCS in the tri state area.
  • Managed two drive test teams for a detailed market wide benchmarking project of SPRINT PCS & Verizon.
  • Developed pre-contract cost analysis for the $1.4 Billion sale to Metro PCS in 2007.
  • Design of HMIs/Industrial PCs, Circuit Boards, and Enclosures for harsh environments.
  • Design of CELL, AWS, PCS, 700, 800MHz boards with stripline and up to 12 layers.
  • Involve in the installation, commissioning and integration of Nortel CDMA equipment for Sprint PCS in the Texas Market.

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46. PLC

low Demand
Here's how PLC is used in Design Engineer jobs:
  • Designed and debugged electrical circuits, motion control systems, developed software for PLC and performed electrical measurement.
  • Participated in research and development of Pattern Optimization Analysis used in Robotic PLC Systems.
  • Provided telephone-based troubleshooting of electrical / PLC systems for end- users and field-service technicians.
  • Interfaced with electrical engineer to incorporate PLC module to satisfy cleaner functionality.
  • Developed and implemented integral unit control system using a PLC controller.
  • Learned PLC programming to redesign and improve existing program for flagship TRANSTAR Automated model of ultrasonic cleaning machine for industrial applications.
  • Field Support: Required to assemble systems on site, provide programming support for Robotic, PLC's and Vision Systems.
  • Project involved CAD Design and development of Programmable Logic Controller (PLC) ladder logic code using GP-Pro EX software.
  • Designed and built pneumatic control systems, mobile hydraulic power units and was exposed to PLC automated control systems.
  • Managed relationships with part vendors, manufacturers and a PLC software company as well as interacted directly with customers.
  • Machine design of fixtures and equipment, PLC programming, assembly, and development of equipment for in-plant use.
  • Designed automated testing apparatus with PLC, pressure and proximity switches, force transducers, relays, and hydraulics.
  • Programmed Allen Bradley, Siemens, and other PLC systems using ladder logic and involved in HMI troubleshooting.
  • Determine PLC platforms to be used, I/O layout, enclosures for equipment, and device communications architecture.
  • Analyzed and Designed Pneumatic, Hydraulic, Valve & Flow Control Devices with optional PLC Solenoid Logic.
  • Lead the electrical system hardware conversion from relay to PLC integration for newly designed 42,000lb cargo loader.
  • Implemented HMI template to retrofit graphics and code with Programmable Logic Controller (PLC) code applications.
  • Designed and programmed RTU'S and Remote Data Collection Devices using off the shelf PLC'S.
  • Assist electrical maintenance in maintaining and troubleshooting control systems, including relay logic and PLC's.
  • Designed control panels, printed circuit boards and write PLC code for computerized industrial batch plants.

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47. UL

low Demand
Here's how UL is used in Design Engineer jobs:
  • Provided engineering consulting services to domestic Telecommunications operators.
  • Assist Sales Managers and Business Development Managers to prioritize sales module opportunities and provide technical strategic direction within the sales channel.
  • Generated fundamental machine design calculations and developed geometric definitions of hardware components and assemblies for various components of gas turbines/compressors.
  • Interpret and prepare engineering drawings, engineering calculations, investigate system problems and implement solutions within budget and schedule.
  • Performed hand calculations and used analysis spreadsheets to calculate capacities for structural members and analyzed pier and mat foundations.
  • Researched design specifications and regulatory requirements necessary for approved designs, and implemented them into design parameters.
  • Simulated chemical processes including continuous and batch reactions, and heat exchange operations for capital improvement projects.
  • Designed and successfully implemented an electronic circuit for a three-phase failure detector to protect industrial machines.
  • Implemented standardized processes, which aided in consistently remaining ahead of schedule throughout project engagements.
  • Design, development and manufacture of super-insulated pressure vessels for the liquefied industrial gas market.
  • Project engineer with the primary responsibility to design hydraulic presses to customer's specifications.
  • Calculated the necessary requirements in order to successfully attach fiber to a telephone pole.
  • Redesigned hydraulic and mechanical systems for product reliability improvement efforts driven by customer feedback.
  • Design Calculations and preparation of detailed report with structural drawings on timely basis.
  • Interfaced with aerospace customers and customer integrated product teams on a regular basis.
  • Implement AI algorithm to develop the rule-based application for autonomous vehicle testing.
  • Defined, analyzed and tested a hydraulically-powered aircraft emergency electrical generator subsystem.
  • Develop turnkey specifications that would minimize production down time and/or impact.
  • Received recognition as delivered high quality results quickly with extreme workload.
  • Supported all engineering experiments to provide meaningful measurements during experimental processes.

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48. RTL

low Demand
Here's how RTL is used in Design Engineer jobs:
  • Created glue logic needed effectively ensuring proper integration of Memory RTL.
  • Performed Bit-level test-case generation and verification with RTL code.
  • Developed and revised RTL micro-architecture specifications various blocks.
  • Developed RTL micro-architecture specifications for various blocks.
  • Designed, Developed, and Supported configuration RTL that controlled analog PLL settings and what clock was distributed to the chip.
  • Designed LTSPICE schematic circuits for ESD applications and converted RTL to GDSII for DDR3 memory cell and the analog power management.
  • Designed IO Block through all phases of test chip implementation; including RTL development, synthesis, APR & timing closure.
  • Collaborated closely with cross-functional RTL, analog design, architecture and BFM teams across multiple work sites to ensure comprehensive coverage.
  • Created verification plan, debugged integration and functional issues in RTL and test bench, and suggested bug fixes to designers.
  • Worked on RTL to GDS-II flow including synthesis, place and route, parasitic extraction, and static timing analysis.
  • Fixed bugs on the first release of Atom memory channel to AXI/OCP bridges when RTL owner was on sabbatical.
  • Supported sales offices in Bay Area, Sacramento, Seattle, Portland, Denver, and Salt Lake City.
  • Initiated writing and synthesizing of RTL for fundamental blocks and performed analysis and simulation at all design levels.
  • Automated the generation of test cases using Perl and performed rigorous RTL verification using the PHY test bench.
  • Coded RTL to implement the egress scheduler block, doing synthesis with ambit to meet timing and area.
  • Involved in (RTL) design updates and verification of ADC, NVM controller and voltage reference controller.
  • Worked closely with the customer, contractors, and installation personnel to ensure a smooth and effortless installation.
  • Performed detailed logic design together with implementing changes at the RTL, gate, and placement level.
  • Design from Behavioral/RTL Modeling, Implementation, Simulation, Verification, Synthesis, Timing Analysis and Testing.
  • Proposed design of a Fast Motion Estimation Block Matching Algorithm at Register Transfer Level (RTL).

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49. Matlab

low Demand
Here's how Matlab is used in Design Engineer jobs:
  • Calculated electrical requirements using MATLAB, and determined the best material and manufacturing processes.
  • Developed a MATLAB program for a Dam Break problem to study and analyze water velocity and depth profiles using Numerical Methods.
  • Implemented marker particles approach in a MATLAB code for solving simple interface tracking and evolution problems using finite difference method.
  • Performed electrical studies of power systems using the following software: ETAP, POWER WORLD, MATLAB, LABVIEW.
  • Embedded firmware development of Wildcat Max processor, a 24-bit DSP used in a meter ASIC in Assembly/C/MatLab.
  • Obtained the loading condition by analysis in MATLAB for every crank shaft angle based on engine data.
  • Used MATLAB to create computer models to simulate the performance of various design ideas.
  • Applied skills in PRO/ENGINEER to render hovercraft prototype and MATLAB to design skirt.
  • Created simulations for predicting optimal gear selection and minimum corner speed with MATLAB.
  • Implemented image processing in MATLAB for case-to-case analysis of the acquired data.
  • Completed MATLAB elective for system modeling, simulation, and numerical solutions.
  • Traffic engineering for 3G: research and simulation tool development in MATLAB.
  • Worked in the simulation group verifying components running system tests with MATLAB.
  • Evaluated the performance of the Algorithms in a MATLAB based Simulator.
  • Designed test scripts for production using MATLAB and LabVIEW.
  • Converted MatLab algorithms to C code.
  • Build coordination, bring up, test, scripts writing (MATLAB) debug, deployment, and tracking.
  • Used Matlab for modeling circuit behavior for performance characterization of receiver.
  • Developed Matlab bit-accurate mathematical golden reference model for verification.
  • Developed overall system functional Matlab model and test vectors.

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50. Verilog

low Demand
Here's how Verilog is used in Design Engineer jobs:
  • Designed and executed SystemVerilog test benches and test sequences for digital verification of several analog IP blocks.
  • Create analog behavioral models using Verilog-AMS.
  • Design work was implemented in SystemVerilog.
  • Implemented the full incremental partition and LogicLock design flow with incremental, interactive test benches in VHDL and SystemVerilog.
  • Designed a 5:1 LRU Arbiter and verified using file based post-processing self-checking test bench in SystemVerilog.
  • Used Verilog-A to create test benches to locate the problem and test solutions.
  • Design a behavior model by VerilogXL, simulating the clock-generator-chip's function.
  • Provided testing support for VLSI's in-house Verilog-Synopsys Integrator tool.
  • Project included circuit design, characterization and VERILOG models.
  • Test bench was designed in SystemVerilog.
  • Managed and developed consulting projects: Developed co-verification interface, Verilog test suite and a C application to convert memory modules.
  • Acquired Intensive verification training using industry standard System-Verilog and applying concepts of Constrained Random Testing, Assertion and Functional coverage.
  • Developed the flow of the accurate timing model for Verilog simulations for more accurate simulations results using SiliconSmart and PrimeTime.
  • Design modification and integration o Digital block integration and modification in Verilog on different project specs.
  • Performed top-level digital simulation for media converter in networking group using Verilog.
  • Developed a Verilog design entry methodology for MathStar's programmable logic chip.
  • Designed circuits for cache memory group based on Verilog specifications.
  • Designed, verified and tested memory-controller block in Verilog.
  • Created various SystemVerilog verification regression testcases.
  • Review verilog code and discuss with design engineers the best way to document new features of the read channel.

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20 Most Common Skill for a Design Engineer

CAD19.3%
New Product Development16.3%
Engineering Department13.2%
Solid Models6.9%
Catia6%
Engineering Support4.9%
Assembly Drawings4.8%
BOM3.8%

Typical Skill-Sets Required For A Design Engineer

RankSkillPercentage of ResumesPercentage
1
1
CAD
CAD
14.7%
14.7%
2
2
New Product Development
New Product Development
12.4%
12.4%
3
3
Engineering Department
Engineering Department
10.1%
10.1%
4
4
Solid Models
Solid Models
5.3%
5.3%
5
5
Catia
Catia
4.6%
4.6%
6
6
Engineering Support
Engineering Support
3.7%
3.7%
7
7
Assembly Drawings
Assembly Drawings
3.7%
3.7%
8
8
BOM
BOM
2.9%
2.9%
9
9
GD
GD
2.1%
2.1%
10
10
FEA
FEA
2.1%
2.1%
11
11
Project Management
Project Management
1.8%
1.8%
12
12
Mechanical Design
Mechanical Design
1.7%
1.7%
13
13
CNC
CNC
1.7%
1.7%
14
14
R
R
1.7%
1.7%
15
15
Fmea
Fmea
1.6%
1.6%
16
16
Hvac
Hvac
1.4%
1.4%
17
17
PCB
PCB
1.2%
1.2%
18
18
Design Changes
Design Changes
1.2%
1.2%
19
19
Cost Savings
Cost Savings
1.2%
1.2%
20
20
Unigraphics
Unigraphics
1.2%
1.2%
21
21
ISO
ISO
1.2%
1.2%
22
22
Customer Requirements
Customer Requirements
1.2%
1.2%
23
23
Technical Support
Technical Support
1.1%
1.1%
24
24
Design Reviews
Design Reviews
1.1%
1.1%
25
25
Ansys
Ansys
1%
1%
26
26
NX
NX
0.9%
0.9%
27
27
System Design
System Design
0.9%
0.9%
28
28
Stress Analysis
Stress Analysis
0.9%
0.9%
29
29
Creo
Creo
0.8%
0.8%
30
30
Customer Specifications
Customer Specifications
0.8%
0.8%
31
31
Cost Estimates
Cost Estimates
0.8%
0.8%
32
32
Shop Drawings
Shop Drawings
0.8%
0.8%
33
33
Fpga
Fpga
0.8%
0.8%
34
34
OEM
OEM
0.8%
0.8%
35
35
New Designs
New Designs
0.7%
0.7%
36
36
Design Process
Design Process
0.7%
0.7%
37
37
Sigma
Sigma
0.7%
0.7%
38
38
IP
IP
0.7%
0.7%
39
39
Teamcenter
Teamcenter
0.7%
0.7%
40
40
PDM
PDM
0.7%
0.7%
41
41
Enovia
Enovia
0.7%
0.7%
42
42
Autodesk
Autodesk
0.7%
0.7%
43
43
Design Software
Design Software
0.7%
0.7%
44
44
Structural Analysis
Structural Analysis
0.6%
0.6%
45
45
PCS
PCS
0.6%
0.6%
46
46
PLC
PLC
0.6%
0.6%
47
47
UL
UL
0.6%
0.6%
48
48
RTL
RTL
0.6%
0.6%
49
49
Matlab
Matlab
0.6%
0.6%
50
50
Verilog
Verilog
0.6%
0.6%

41,789 Design Engineer Jobs

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