Top Design Engineer Internship Skills

Below we've compiled a list of the most important skills for a Design Engineer Internship. We ranked the top skills based on the percentage of Design Engineer Internship resumes they appeared on. For example, 14.8% of Design Engineer Internship resumes contained CAD as a skill. Let's find out what skills a Design Engineer Internship actually needs in order to be successful in the workplace.

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

1. CAD

high Demand
Here's how CAD is used in Design Engineer Internship jobs:
  • Created 3-D models and drafted manufacturing plans with SolidWorks CAD software Supported research on improved methods of device cooling during manufacturing operations
  • Created simulation-capable CAD solid model designs for hand and finger prototypes in SolidWorks and managed their rapid prototyping and conventional fabrication
  • Developed detailed design drawings and specifications for mechanical equipment using computer-assisted drafting (CAD) equipment like SolidWorks.
  • Performed various CAD and engineering tasks under North Carolina Professional Engineer's supervision.
  • Formulated and conducted various verification tests including those performed in cadaver lab
  • Presented CAD drawings of design modifications to upper level management.
  • Designed natural gas pipeline network using AutoCAD.
  • Provided CAD works for mechanical instrumentation.
  • Designed hot roll sheets in CAD software and created various fabrication parts on 2D/3D, sheet metal fabrication and injection molding.
  • Served as technician to assist tool design engineers in the development of down-hole hammer components and assemblies using AutoCAD and SolidWorks.
  • Created 2D drawings, bill of materials, P&ID in AutoCAD and prepared design layouts as per ANSI standards.
  • Worked in a design and manufacturing firm creating various CAD models and prototypes in order to meet customer and engineering needs.
  • Assisted in BIW structure development by providing support in designing the CAD model and performed static structural & modal analysis.
  • Supported the CAD Engineers in maintaining and revising blueprints to ensure dimensions meet technical production standards, using AutoCAD software.
  • Created a cascade of digital filters to remove the noise interference and amplify (200x) the vibration signal.
  • Contributed to SSL's new line of products by creating new marketing materials and CAD models for original products.
  • Updated and documented CAD drawings (2D, 3D) of existing infrastructure of headlights based on test result.
  • Offered CAD (Computer Aided Design) consulting for client engineering needs using programs such as AutoCAD and SolidWorks.
  • Prepared complicated designs, drawings and layouts, working from engineering specifications using computer-aided drafting (CAD) methods.
  • Designed Relay Unit involving RTU and SCADA Alarm, Neutral PT JB, CCTV and their Panel Wiring Diagram.

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2. Finite Element Analysis

high Demand
Here's how Finite Element Analysis is used in Design Engineer Internship jobs:
  • Research & Design Strengths -Design, Analyze and Validate -Manufacturing Processes -Finite Element Analysis -Statistical Analysis
  • Assisted product design team with Finite element analysis to develop new improved engine valve for a heavy duty engine.
  • Assist CAE team in modeling, Finite Element analysis and documentation of mechanical systems for the agricultural industry.
  • Created Finite Element Analysis of steel structures such as web frames and vertical diverters for clients to ensure integrity of structure.
  • Performed FEA( Finite Element Analysis) for a stress test on product's various components.
  • Edited created 3-D part assemblies Redesigned and optimized parts Performed Finite Element Analysis

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3. New Product Development

high Demand
Here's how New Product Development is used in Design Engineer Internship jobs:
  • Worked in production support and new product development for body-in-white engineering group.
  • Advanced Research and Development for air seeder design - Develop cost effective components for new product development - Field Test prototype machines
  • Managed other miscellaneous projects to support new product developments Skills Used SolidWorks, Matlab, Tolerancing, Engineering Drawing, Communication
  • Design for New Product Development of a home medical device controller: 3D modeling using Solidworks.
  • Specified design modifications and product improvements as required and supervised all stages of new product development through production start.
  • Research and Design engineer in charge of new product development programs for worlds most recognized aftermarket automotive instrumentation manufacturer.

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4. Assembly Drawings

high Demand
Here's how Assembly Drawings is used in Design Engineer Internship jobs:
  • Created new, and updated old assembly drawings based on changes in the products from the previous seven years.
  • Managed and worked hand in hand with the assembly team to verify work orders were consistent with assembly drawings.
  • Designed various brackets and created assembly drawings, in accordance with ASME 14.5-2009, and 1999.
  • Generated part models, large scale assemblies and detailed part and assembly drawings for manufacturing.
  • Created detailed assembly and sub assembly drawings, bills of materials for multiple complex assemblies.
  • Utilized SolidWorks and AutoCAD to produce part and assembly drawings of products.
  • Detected errors in the test fixture assembly drawings and revised improper parts.
  • Generated part models, small scale assemblies, part and assembly drawings.
  • Developed lab reports and final assembly drawings.

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5. Catia

high Demand
Here's how Catia is used in Design Engineer Internship jobs:
  • Utilized CATIA computer-aided design software for development of schematics * Operated metal-working machinery to create test-hinges
  • Integrated and Reconfigured Seats, Cabin Layouts and Galleys for incoming Boeing 787 using CATIA V5 to enhance the passenger experience.
  • Performed reverse engineering on the stone crusher assembly to design its 3D model in CATIA V5 with the manufacturing information.
  • Design different kind of components for the manufacturing parts of the CAT Backhoe Loader and Wheel Loader using CATIA V5R16.
  • Designed & drafted brackets, washers, and sleeves of an aircraft model using CATIA V5 software package.
  • Used CATIA (Computer Aided Three-dimensional Interactive Application) to design connector parts for the interior portion of aircraft
  • Worked on modeling of 3D components and kinematic simulation, and certified on CATIA.
  • Modeled a Gas turbine fan blade in CATIA V5 R20 through research and development.
  • Designed and remodeled exterior automotive parts such as windowpanes, leg-rest using CATIA.
  • Used CATIA to study Engineering design, analysis fundamentals and conducted equipment inspections.
  • Designed different types of tubing systems for the boiler using CATIA V5R16.
  • Design and modeling of parts in 3D were performed on CATIA V5.
  • Designed 3-D models of Automobile parts and Machine parts using CATIA.
  • Obtained the operation of CATIA to design A-Surface for Volkswagen Company.
  • Created a CATIA database to allow seamless integration of design components.
  • Designed body shell components for the Toyota Sienna using CATIA modeling.
  • Create complex parts and component assemblies utilizing CATIA V5 surface design.
  • Modeled topology optimized organic shaped brackets in CATIA V5.
  • Used CATIA V5, SOLIDEDGE SOLIDWORKS for making designs.
  • Created 3D models with CATIA.

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6. Engineering Support

high Demand
Here's how Engineering Support is used in Design Engineer Internship jobs:
  • Provided engineering support to Asia-based manufacturing plants performing various metal forming and machining processes.
  • Provided mechanical engineering support throughout the flow of design, including material selection, process input and cycle times.
  • Assisted in providing engineering support, design and documentation related to the service line and products to clients.
  • Provided engineering support to issues coming from existing cooling products.
  • Provided manufacturing engineering support during assembly process, including change notice writing, anomaly investigations and solutions, and technical support.
  • Provided engineering support for over 20 jobs requiring alternate work instructions, additional measurements and specifications and verified construction was complete.

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7. Ansys

high Demand
Here's how Ansys is used in Design Engineer Internship jobs:
  • Conducted Finite Element Analysis using ANSYS Simulation Software.
  • Designed and analyzed progressive die for blanking and simple die for bending operations using Pro/E and ANSYS.
  • Designed a sheet metal product using SolidWorks Sheet Metal and performed FEA analysis using ANSYS.
  • Conducted FEA testing for axial and radial loading of bearing races using ANSYS FEA software.
  • Analyzed stress distribution of pedestrian bridge under different loads and modal analysis with ANSYS.
  • Co-worked with project engineers testing materials and structures using FEA and ANSYS simulations.
  • Assisted CFD Engineers by sizing combustion chamber ducts for ANSYS Fluent simulation.
  • Carried out thermal analysis using ANSYS on the sheet metal parts designed.
  • Carried out CFD Analysis for the TEG setup using ANSYS Fluent.
  • Modeled the rear axle (steer axle) in Pro-E and exported it to ANSYS.
  • Performed FEA using ANSYS on the main roll cage.
  • Worked on a project involving competitive analysis of wheel rims of two different cars by analyzing their performance using Ansys software.
  • Imported the solid works model into the Ansys workbench and stress-strain curve is plotted by applying some load on the top.
  • Created finite element analysis models of a flange assembly kit and different tightening patterns using ANSYS.
  • Model was then imported to a CAE software (Ansys) for testing its strength.
  • Studied the deformation of the coil spring under different loads in Ansys 11.0.
  • Designed fiberglass nose and tail fairings then performed aerodynamic analyses in Ansys Fluent.
  • Conducted preliminary Solidworks FEA on structures to help engineers finalize designs before they were sent to final Ansys check.
  • Modeled individual part and assemblies in Solidworks and analyzed for induced stresses and deformation using Ansys.

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8. GD

high Demand
Here's how GD is used in Design Engineer Internship jobs:
  • Conducted GD&T calculations and product testing of molded components for commercial and military devices.
  • Applied DFM, DFA and GD&T methodologies to designed assemblies and streamlined production cost.
  • Worked on developing GD&T schemes for stamped parts and drawings reviews.
  • Create 3D manufacturing drawings with GD&T of complex components and assemblies.
  • Preformed tolerance stack ups on EGR coolers using GD&T knowledge.
  • Experience with GD&T application and conformance using Coordinate Measuring Machines.
  • Utilized GD&T to create 2D engineering drawings for manufacture.
  • Generated sketches and applied GD&T to them.
  • Followed fundamentals design/drafting concepts & GD&T.
  • Calculated tolerances using GD&T Standards.
  • Provided design services for the JASSM Program and became knowledgeable with GD&T (ANSI Y14.5).
  • Gained knowledge and understanding in skills like GD&T and ASME Y 14.5.
  • Learned use of GD&T in 2D and 3D drawings.
  • Applied DFMA, GD&T method for the designs.
  • Used ASME Y14.5 - 2009 GD&T practices to prepare engineering drawings for prototyping.
  • Use of ASME 14.5 GD&T standard for detailed drafting and dimensioning specifications.
  • Update, revise, and maintain all blue prints, and drawings according to ANSI standards and GD&Ttechniques.
  • Drafted mechanical drawings with basic GD&T; created and updated BOMs Streamlined manufacturing processes through modification of existing fixtures.
  • Created multi-view drawings (learned tolerancing and GD&T) and models using Solidworks.
  • Contributed to the "High Performance Team" that analyzed work-flow efficiencies and bottlenecks in the engineeringdepartment.

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9. CNC

high Demand
Here's how CNC is used in Design Engineer Internship jobs:
  • Designed and modeled the accessories using SolidWorks, fabricated the prototypes (Sheet metal, CNC, general metal work).
  • Experienced with Welding, shaping, surface finishing, stamping, injection molding, Lathe and CNC machining.
  • Designed and developed two axes cutting system using CNC which can cut a mild steel of 5cm thickness.
  • Created detailed engineering drawings using SolidWorks for production use on in house CNC and manual machining equipment.
  • Developed CNC (Computer Numeric Control) program for Lathe, vertical & horizontal Milling machines.
  • Designed Nuts and Bolts according to customers requirement and Manufactured them on CNC Machine.
  • Involved in the development of pressure die casting die for a CNC router machine.
  • Assisted in designing, machining and fabrication process of 3-Axis engraving CNC machine.
  • Worked in the production unit of CNC General Purpose Machines (Lathe/VML/HML).
  • Developed alternative M-code using Pro-Manufacturing to virtually validate the CNC machine's M-code.
  • Assisted senior design engineer in the inspection of CNC machined tower components.
  • Developed CNC machine code for manufacturing of the extrusion dies.
  • Studied and performed CNC programming of milling and cutting machines.
  • Created prototypes from solid models using CNC milling equipment.
  • Designed parts for CNC and rapid prototype manufacturing.
  • Designed parts for CNC machines using SolidWorks.
  • Created DXF files for CNC plasma cutter.
  • Designed and built a CNC/Soldering robot.
  • Experienced with machining and CNC.
  • Transitioned CNC processes to SolidCAM.

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10. Creo

high Demand
Here's how Creo is used in Design Engineer Internship jobs:
  • Learned and utilized CREO 2.0 in order to create models that were later manufactured.
  • Assisted design engineers by preparing sheet metal drawings for manufacture using Creo Parametric.
  • Created a 3D assembly of the robot on SolidWorks and a 3D model of the plant area using PTC Creo.
  • Created 3D models and drafted drawings for manufacturing with GD&T on Pro/E (Creo).
  • Learned Creo Parametric CAD software and assisted other engineers with their technical questions regarding modeling processes.
  • Completed drawings for both internal use and customers using Creo (Pro/Engineer) and SolidEdge.
  • Designed a frame, pedaling system and modified wheel diameter to 25 inches using Creo.
  • Created 3D models and drawings using the Creo Parametric 3D modeling software - proficient user.
  • Used Creo to design, modify and analyze both new and existing custom components.
  • Designed custom tablet kiosks and cases for commercial application using SolidWorks and PTC Creo.
  • Produced and maintained Pro/ENGINEER and Creo Parametric part, assembly, and drawing files.
  • Designed power transfer systems for flagship Case IH combine harvesters using Creo Parametric software.
  • Used SolidWorks and PTC Creo to perform finite element analysis on product models.
  • Designed and implemented CCH tractor functional systems using Creo Parametric 3D modeling software.
  • Fabricated component prototypes using drawings from Creo models and in house workshop.
  • Worked directly with Creo Parametric 3D modeling program for redesign.
  • Performed verification testing of replacement components specified by functional requirements.Trained in Creo (ProEngineer) modeling software.

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11. BOM

high Demand
Here's how BOM is used in Design Engineer Internship jobs:
  • Documented production assembly and BOM for manufacturing process.
  • Tool will provide a more accurate bill of materials (BOM) to help operators limit unused material and its costs.
  • Generated BOM's for assemblies such as Caster roller, Connecting rod- piston assembly and Linkages using the SOLIDWORKS software.
  • Created Bill of Materials (BOM) MS-Excel Macros for the generation of weight loading and dimensional data conversion.
  • Created drawings, bills of material (BOM), assembly instructions and manuals for the products designed.
  • Created BOM's, PO's, cut sheets for manufacturing, and calculated costs for products.
  • Assisted in procurement and bill of materials (BOM) management for various projects.
  • Utilized Oracle PDM/PLM for BOM management and Engineering Change Orders (ECO's).
  • Conducted DFM/DFA, prepared bills of materials (BOM) and estimated costs.
  • Created BOM for production and developed ECN on material planning system.
  • Gained experience with BOMS and assembly modification in Inventor.
  • Calculated cost savings analysis for redesign BOM list.
  • Constructed BOM s for each custom job.
  • Produced BOM's, ECN's, and cost control for Boeing 787.
  • Prepared P & IDs, BOM & General Assembly Drawings.
  • Worked with large assemblies and BOM's.
  • Documented designs, drawings and created bill of materials (BOM) for non-obtrusive sleep apnea devices.
  • Completed BOMs as well as adding new part information into the ERP system.
  • Completed drawing packages including BOM's used to manufacture docks using Solidworks.
  • Load calculations, BOM creation, Solid Modelling, Assembling and Detailing.

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12. Matlab

high Demand
Here's how Matlab is used in Design Engineer Internship jobs:
  • Developed a program using MATLAB for design of experiments and statistical analysis of experimental results based on statistical sampling theory.
  • Designed User Interface for signal & health parameter display and data logging system in MATLAB.
  • Created a MATLAB script to examine sources of vibration affecting engine nozzles during operation.
  • Incorporated MATLAB programming to image process bone and tissue scans to calculate mechanical properties.
  • Prepared the data sheet and plotted various graphs using MATLAB scripts.
  • Optimized different algorithms to control the test machine with MATLAB.
  • Modeled the new testing fixture using SolidWorks and MATLAB.
  • Used Matlab and Excel to process and analyze biomechanical data from individuals with neurological conditions.
  • Designed and developed TDMA Wireless Modem for Adhoc Networks over Black Fin DSP 21535 in Matlab, C and assembly.
  • Developed an algorithm to model and analyze the heat transfer over the TEG setup usingMATLAB/Simulink.
  • Develop data acquisition using Labview and Matlab/ Simulink.

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13. Hvac

high Demand
Here's how Hvac is used in Design Engineer Internship jobs:
  • Truck driver delivering material and supplies to various job sites * Attended company training sessions regarding installation of HVAC systems.
  • Redesigned HVAC system per constant change in building design and demand as per client's requirement.
  • Rotated between the electrical, water management, HVAC, sewer, and fire control departments.
  • Gained experience with CAD tools for calculating heat loads in HVAC and indoor lighting design.
  • Calculated total pressure drop in HVAC systems due to elbows, ducts, dampers etc.
  • Collaborated with engineering team to design efficient and effective HVAC designs appropriate for building model.
  • Drafted and created low-level design for HVAC, plumbing, and fire protection systems.
  • Collaborated with contractors and PE's to layout the plant's new HVAC system.
  • Performed Take Offs and calculated flows/head required creating estimates for HVAC projects.
  • Worked with the Design Team to maintain and improve HVAC and refrigeration.
  • Increased efficiency in HVAC systems by working with engineers and foremen.
  • Assisted in the design and layout of HVAC systems.
  • Worked with Engineers in design of HVAC systems.
  • Design of mechanical systems for HVAC applications.
  • Performed ACAD work for the HVAC Designs.
  • Lead the design of the electrical, lighting, and HVAC for an underground parking structure in Soria, Spain.
  • Designed HVAC System for Doremus Gymnasium, Washington & Lee University, Lexington, VA.
  • Created HVAC controls submittals based on the scope of work sold to the customer.
  • Performed complex HVAC designs for universities, research, and healthcare facilities.
  • Attended training sessions on VAV and HVAC design, Virginia Trane.

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14. Mechanical Design

high Demand
Here's how Mechanical Design is used in Design Engineer Internship jobs:
  • Utilized PDM system to document the life cycle of the mechanical design as a deliverable to AMRDEC through SSDD.
  • Assisted in initial mechanical design, 3D modeling and creation of production drawings and maintenance of design data.
  • Provided overall team management, presentation, documentation, and mechanical design services during course of project.
  • Applied knowledge of material science, mechanical design, heat transfer, and F.A.A.
  • Received training in: Mechanical design; FEA analysis; manufacturing systems.
  • Involved in mechanical design of heating in residential buildings.
  • Key responsibilities include mechanical design ideation, solid modeling and drafting (SolidWorks 2015).
  • Detailed mechanical design for RF component housing and calibration housing 2.
  • Involved mechanical design for component housing 3.
  • Completed six modeling assignments for centrifuge buckets in Thermogenesis project under senior Mechanical Design Engineer using Solidwork 2004.

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15. R

average Demand
Here's how R is used in Design Engineer Internship jobs:
  • Performed environmental qualification testing and documentation.
  • Performed Mechanical engineering duties surrounding the following: improving the mechanical design of components for manufacturing, cost reductions and ergonomics.
  • Automated two axes cutting system which increased productivity by reducing labor cost and also achieved time efficiency.
  • Reviewed design drawings and project specifications for a variety of custom-engineered components, processes and systems.
  • Prepared a control room habitability calculation via evaluating stored toxic chemicals located within five miles.
  • Consulted customers on improving existing packaging lines through system integration while staying within project budgets.
  • Implemented document changes including new process controls to product drawings using SolidWorks and manufacturing procedures.
  • Collaborated with other departments of Universal Parks and Resorts in producing attraction elements to guest satisfaction
  • Reviewed ~400 mechanical calculations to determine inclusion on key calculations list and review priority.
  • Designed, modeled, and installed improvements to machines that operated on aluminum extrusions.
  • Assisted in animal studies for product design evaluation with surgeons from around Minneapolis metropolitan.
  • Developed business cases for proposed design improvements and presented proposals to engineering management.
  • Orchestrated testing protocols to determine the stiffness for catheters fabricated from heterogeneous silicon.
  • Coordinated with engineering colleagues to determine processes and integration issues to showcase.
  • Presented significant findings and overall experimental results in front of senior management.
  • Prepared modifications to liquid injection settings to increase prototype quality and reliability.
  • Performed tolerance stack-up analysis and released drawings for production of lattice tower.
  • Analyzed deployed airbags for research and development towards improvements in airbag textiles.
  • Accompanied reactor engineering on walk-downs to inventory special nuclear materials/dry casks.
  • Studied technical feasibility and developed business cases for proposed design improvements.

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16. Autodesk

average Demand
Here's how Autodesk is used in Design Engineer Internship jobs:
  • Complete all mechanical design and detailing using AutoDesk Inventor.
  • Edited/created mechanical and electrical schematic drawings using AutoCAD, Autodesk Inventor, and AutoCAD Electrical.
  • Worked on design and drawings using Solid Works and Autodesk for prototype bike parts and frame components.
  • Designed enclosures for electronic components using Autodesk Fusion 360, ensuring the design to be ergonomic.
  • Designed various cellphone cases to fit a 3D printed virtual reality headset using Autodesk Inventor.
  • Designed adjustable mounting assemblies for vision and labeling systems in Autodesk Inventor.
  • Completed full drawing sets for multiple projects in Autodesk Inventor.
  • Created and modified parts and assemblies using Autodesk Inventor.
  • Designed a pin mill for food industrial applications using Autodesk Inventor Conducted researched on machinery used within the food and chemical industry
  • Modified Plan Drawings per markups using Autodesk Map 2004 Reviewed calculations and specifications for accuracy.
  • Designed/detailed new products (SolidWorks), stress and heat transfer analyses (Autodesk Algor F.E.A.)
  • Lead the solid modeling aspects of the team, using both Solidworks and Autodesk Inventor.

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17. New Designs

average Demand
Here's how New Designs is used in Design Engineer Internship jobs:
  • Created new designs in SolidWorks and customized existing mold based on customer requirements.
  • Worked independently on new designs to improve current machines to be put into effect on future machines to correct present problems.
  • Used Pro-E Wildfire to produce new designs, assemble parts, interrogate models, create drawings, and perform analysis.
  • Gained experience in computer aided drafting as well as engineering processes for developing and implementing new designs.
  • Perform tests and projects to help implement new designs and ideas for pole mounted distribution transformers.
  • Created Solid Works models, and drawings, of new designs and existing components.
  • Tested durability of new designs to international safety standards Created a standard 2D drawing template for all new projects
  • Developed new designs to help improve Lindenwold Transit parking lots.

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18. PCB

average Demand
Here's how PCB is used in Design Engineer Internship jobs:
  • Performed PCB component placement and routing for telecommunication devices.
  • Worked on designing of digital PCB boards and the signal integrity issues of the complex layout design which require special attention.
  • Designed Moth Detector Schematics and PCB layout (Infrared Light Sensor, Data Logger, Solar Power Relay Switch).
  • Designed two-piece plastic housing bonded securely to module surface and allowed weatherproof access to embedded PCB.
  • Used PROTEL, ALTIUM Designer to design Schematics and PCB Board based on customers' demands.
  • Ordered passive components from manufacture and created a PCB from the layout I designed.
  • Participated in manufacturing a PCB demo under the supervision of the chief engineer.
  • Designed Schematics and PCB layout for two-channel wireless Electrocardiogram for steer health monitoring.
  • Engaged in designing an RFID reader PCB board working at UHF band.
  • Designed the fixture for PCB to assist assembly in mass production.
  • Designed final schematic and the PCB layout with teammates.
  • Have experience with soldering cables to PCB boards.
  • Assemble PCB boards from scratch.
  • Designed application specific hardware/software interface for each unique PCB per the requirements of the Schlumberger proprietary automated test environment.
  • Developed automated qualification test for PCB used on down-hole wireline tool.
  • Designed Constant current mirror LED circuits and implemented the schematic using Altium software, followed by the PCB layout.
  • Designed schematic and layout for 3 PCBs from scratch to prototype with the help of full-time engineers.
  • Co-ordinated with Investors, PCB Design manufacturers and equipment providers to keep costs at a minimum.
  • Worked with the Thru Hole components and soldering in Custom PCB's.
  • Worked with Asian supplier to get stuffed sample PCBs.

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19. Verilog

average Demand
Here's how Verilog is used in Design Engineer Internship jobs:
  • Streamlined VERILOG design verification significantly through modifying and executing C++ firmware routines.
  • Tasked with design, implementation, and verification of several VERILOG designs consisting of as many as 1M+ gates.
  • Designed and implemented 64-bit Peripheral Component Interconnect-X using Verilog, that allows fast access between peripherals.
  • Gained hands on coding experience in verifying designs using System Verilog which provided better coverage for complex designs.
  • Design verification of DAC, AMS top level simulations using CBN flow under CDB and Verilog test bench.
  • Design of Forward Error Correction Encoding and Decoding Unit for SAS Protocol Layer 4 in Verilog HDL.
  • Edited and created VHDL and Verilog models to be used in digital circuit simulation.
  • Assisted with developing a bus-contention checker for Verilog and VHDL designs.
  • Designed senior projects using Lattice ispLSI1016 CPLD and Verilog languages.
  • Validated the processor using System Verilog test bench.
  • Developed Motion Estimation algorithm of H.264 video encoding using Verilog Implemented hardware of Motion Estimation algorithm using array processing method
  • Analyzed Spartan-3A/3AN FPGA kit by interfacing on-board and external peripherals using Verilog HDL in Xilinx ISE.
  • Developed test cases in Verilog- HDL to verify the functionality of RTL designs in ModelSim Simulator.
  • Assist USB Type-C design team to design digital blocks using Verilog and System Verilog (Cadence NCSim and RC).

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20. Design Process

average Demand
Here's how Design Process is used in Design Engineer Internship jobs:
  • Used iterative design process to ensure design development through successive iterations and create a superior finished product.
  • Expedited the design process through extensive use of computer aided design (CAD) and finite element analysis (FEA).
  • Worked with clients to best accommodate their packaging needs Gained insight to the design process of several mass-produced products
  • Accelerated the design process from 10 weeks to 4 weeks by use 3D printer and CAD software.
  • Commended for being creative while also utilizing necessary engineering principles in the design process.
  • Participate in design process of new industrial machines from early concept through production.
  • Developed students understanding of the Engineering Design Process through aid of CAD programs.
  • Determined issues during design process and improving upon it until ready for production.
  • Develop product knowledge database to document the design process and application of products.
  • Streamlined and sped up the design process.
  • Coordinated concrete mix design process.
  • Supported customers throughout design process Partnered with engineers in paint application and dispense robot design
  • Based on customer needs, developed a replica of the Beverly Wilshire Hotel 3D models by detailed design process.
  • Assist with design process Manage Bill of Materials Create drawings for production

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21. Perl

average Demand
Here's how Perl is used in Design Engineer Internship jobs:
  • Use the TDC and TSS prints to confirm that the fire control panels in the substations were installed properly.
  • Learned how to properly maintain a design history file per FDA guidelines.
  • Automated Regression tests for IP verification using Perl and TCL.
  • Created Perl and Python scripts to automate the system.
  • Remodeled PERL scripts to test DLL, PLL, USB, EFUSE, SERDES.
  • Learned how to properly approach the design process and to use geometric dimensioning and tolerances to standardize components created.
  • Modify, maintain, and repair electronics equipment and systems to ensure that they function properly, etc.
  • Developed and modified Perl scripts such as File manipulation, String handling and Random number generator etc.
  • Used software to properly size the heat exchangers.
  • Assist the digital design team during PIC MCU8 design cycle Includes RTL/Verilog (ModelSim) and PERL scripting.
  • Used perl and makefile for flow automation.
  • Used PERL, Tcl/Tk for scripting.

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22. Stress Analysis

average Demand
Here's how Stress Analysis is used in Design Engineer Internship jobs:
  • Developed innovative stress analysis programs which reduced time required for validation of new products and reduced over-engineering of complex designs.
  • Bolt Tightening Stress Analysis: Worked in a team of 6 other engineers to model and test a flange system.
  • Conducted stress analysis to minimize the use of excess material therefore minimizing cost.
  • Assisted Project Engineers, Stress Engineers with drafting and stress analysis as required.
  • Assisted in the development of proprietary stress analysis tools using vb.net.
  • Stress analysis was then carried out.

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23. Technical Drawings

average Demand
Here's how Technical Drawings is used in Design Engineer Internship jobs:
  • Interpreted technical drawings, schematics and computer generated reports for new product developments.
  • Revised and Constructed technical drawings; from electrical harnesses to mechanical components.
  • Produced technical drawings for manufacturing.
  • Created over one hundred precise models, assemblies, fabrication drawings, and technical drawings/diagrams of various electric and electronic components.
  • Learned firsthand from the machinists how technical drawings must be designed so that manufacturing can happen immediately, with minimal revisions.
  • Cataloged over 300 documents to build record database and revised technical drawings to close corrective action reports.
  • Utilized CAD and solid modeling skills to design parts and to create technical drawings for new products.
  • Created and updated technical drawings for existing parts/assemblies as well as from original Italian drawings.
  • Read and interpreted blueprints, technical drawings, schematics, and computer-generated reports.COMPETITION PROJECT EXPERIENCE
  • Prepared blueprints, technical drawings, and reports.
  • Created technical drawings with GD&T specifications.
  • Prepared and maintained technical drawings for client review.

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24. Fmea

average Demand
Here's how Fmea is used in Design Engineer Internship jobs:
  • Carried out Design for Manufacturing (DFM) and Design for Assembly (DFA) analysis and documented FMEA.
  • Created a system-wide failure mode effects analysis (FMEA), leading to critical design changes and improvements.
  • Provided design recommendations utilizing FMEA and DFA tools for the transmission gears and receiving hopper assembly.
  • Conducted performance and failure tests on dishwashers in the Research & Development dept for DFMEA analysis.
  • Used FMEA concepts o Scheduled and conduct meetings in Microsoft Office with engineering managers.
  • Preformed Risk Analysis and FMEA, and initiated SPC for product and process success.
  • Perform DVA and DFMEA studies on component sub-assemblies and top level assemblies.
  • Performed a DFMEA on the actuation mechanism components which were designed.
  • Developed DFMEA, DFMA, used Auto CAD, PRO/E modeling and FEA with ANSYS.
  • Project: Supported design FMEA for support bracket of horizontal stabilizer for defense helicopters using Uni-Graphics NX4.
  • Executed FMEA to find cause of failure on Mid-Range Aftertreatment System used in South Africa and Brazil
  • Designed a FMEA and control charts using Minitab 17 and submitted the documentation.

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25. Test Procedures

average Demand
Here's how Test Procedures is used in Design Engineer Internship jobs:
  • Recorded test procedures and results, numerical and graphical data, and recommendations for changes in product or test methods.
  • Prepared, reviewed, approved test procedures, and project related document.
  • Prepared test procedures and test reports also took part in test execution.
  • Assisted with creating test procedures for new electrical control panels.
  • Devised an innovative method to drastically decrease measurement error when testing elevator cable slip which was implemented in future test procedures.
  • Conducted compliance testing, developing design documentation including schematics, product bills of materials, manufacturing assembly and test procedures.

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26. Test Cases

average Demand
Here's how Test Cases is used in Design Engineer Internship jobs:
  • Block level verification involving developing diagnostic firmware in C and test cases in TCL.
  • Developed and executed test cases for new software releases.
  • Simulated various test cases of fluid flow on the CPU and GPU.

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27. Sigma

average Demand
Here's how Sigma is used in Design Engineer Internship jobs:
  • Analyze process capability data from manufacturing and use them to determine critical six sigma dimensions.
  • Prepared and updated Six Sigma documents, efficiency analysis, and industrial standards documents.
  • Researched and observed various manufacturing processes; received six sigma training.
  • Performed root cause analysis(SIX SIGMA) of the material issues involved in the manufacturing of SOX-LAMP.
  • Saved $50k/year by standardizing selection of DC pump using six sigma green belt (DMAIC).
  • Applied Lean Manufacturing and Six Sigma concepts to improvise the manufacturing system.
  • Design for Six Sigma methodologies were implemented during the Design phase.

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28. Design Changes

average Demand
Here's how Design Changes is used in Design Engineer Internship jobs:
  • Captured various design changes and updated drawings accordingly.
  • Recommended design changes to reduce the overall weight of assembly by 594 g or 10%.
  • Issued ECN's (engineering change notices) to inform downstream users of design changes.
  • Coordinate with team members to verify that design changes are compatible with unit requirements.
  • Conducted fatigue testing of infusion pump components and proposed design changes in Production.
  • Assisted with small design changes in rocket motor case.
  • Revised Drawings in support of Design Changes developed by Qualified Engineers * Co-prepared Non-safety-related Engineering Technical Evaluations
  • Implemented design changes and coordinating parts list for details, assemblies, and installations via Engineering Change Notifications (ECNs).

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29. Project Management

average Demand
Here's how Project Management is used in Design Engineer Internship jobs:
  • Worked alongside succeeding project management to increasing profit and quality of a product.
  • Performed project management status updates for Verizon's database.
  • Job Description * Performed assistant project management responsibilities * Worked in National Accounts dealing with country wide Sales and product distribution.
  • Use problem solving, project management, and communication skills to support product development activities.
  • Gained experienced in reading plans, team work, and project management.
  • Assisted in quality checks and documents while utilizing project management tools.
  • Gained experience of overall project management and supply chain process.
  • Developed an understanding of project management lifecycle methodologies.
  • Designed HVAC systems Learned project management
  • Project Management Installation of Waterbury Ferrel 5 Mill Wire Extrusion line and oil reservoir system.
  • Assisted the engineer in the project management/design phases of numerous simultaneous projects (ex.
  • Learned project management skills to complete project deliverables on a pre-determined schedule and budget based on customer needs.

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30. NX

low Demand
Here's how NX is used in Design Engineer Internship jobs:
  • Utilize CAD programs Siemens NX and SolidWorks to create models of filtration systems as they were requested by the customer.
  • Drafted production level assembly and part drawings in NX 7.5 and SolidWorks for several clients.
  • Created 3-D modeling for air-compressor pipelines and pumps using UGNX and Inventor.
  • Modeled slurry pump and parts and created drawings using NX
  • Project included a full stress, deformation, deflection and factor of safety analysis using Solidworks SimulationXpress.
  • Designed stator component for military engine testing utilizing NX.

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31. RTL

low Demand
Here's how RTL is used in Design Engineer Internship jobs:
  • Developed design specifications, implemented RTL, generated simulation models, test benches, designed software and documentation.
  • Perform calculations, and analyze data to ensure enough water treatment facilities on the Port of Portland property.
  • Implemented in 26-bit length FIR filter and optimized with RTL power consumption, area, and speed.
  • Provided data path RTL coding for the architecture to improve the existing decode rate by >2x.
  • Designed and developed a prototype for automated fault injection testing of RTL level chip designs.
  • Completed the preliminary coding of the data and control path RTL.
  • Designed RTL for Register files for full chip custom design.
  • Audited stores in the Portland area.
  • Trained in ASIC design flow from RTL to GDSII.
  • Completed RTL to GDSII flow.
  • Verified the functionality correctness of a mixed-signal SoC behavioral model; worked closely with architecture and RTL designers.
  • Create verification plan, test-benches, run RTL and gate level simulations, debug and fix RTL using Synopsys Verdi
  • Involved in RTL coding of SRAM/ Register Files and Low-drop out voltage regulators for next generation SOCs.
  • Analyze test plans, debug and execute test cases Done Schematic entry, RTL simulation and logic synthesis
  • Engineered and partly designed generator and casing for handheld Pull Cord Generator.

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32. PLC

low Demand
Here's how PLC is used in Design Engineer Internship jobs:
  • Use PLC system that controls Semi-Automated production line in case of failure or minor faulty issues.
  • Developed control systems for tractor's unit tilt (hydraulic drive controlled by PLC).
  • Performed basic design calculations, software checking, database checking and checking PLC logic input.
  • Assisted with terminal plot planning and PLC wiring cabinet inspections.
  • Learned how to program machinery using PLC's Machined and assembled components for operator workstation improvements.
  • Utilized infrared technology, implemented pressure transducers, supervised mechanical and electrical teams, and assisted with PLC coding.

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33. Fpga

low Demand
Here's how Fpga is used in Design Engineer Internship jobs:
  • Collaborate with hardware/validation and field application engineers in FPGA placement, requirements gathering, and design implementation.
  • Designed and implemented FPGA based mobile phone controller that reduced cost, provided a simpler design cycle and tremendously improved speed.
  • Synthesized on lower versions of FPGA to limit the usage of multipliers thereby increasing the throughput.
  • Worked on Testbench Development in VHDL for Spartan-6 FPGA on board that generates various timing and triggering signals.
  • Performed image processing on Xilinx spartan FPGA by interfacing OV7670 camera module and VGA monitor using I2C communication.
  • Performed tests on FPGAs, JTAG debugging, uploaded software on embedded circuit boards and systems for ALQ-214.
  • Verified the SPI and JTAG related ASIC using Xilinx Spartan3AN FPGA board with successful results.
  • Designed a 16-QAM for transmission and reception of wireless signals on an FPGA (Altera stratrix-II).

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34. Engineering Department

low Demand
Here's how Engineering Department is used in Design Engineer Internship jobs:
  • Established a centralized database for current product configurations for engineering department to reference when creating customer orders.
  • Advanced Engineering Department, responsible for new product design, spacial analysis, FEA analysis, production potential, and research
  • Supported manufacturing as part of the Tool Design team in the Industrial Engineering department.
  • Work with cross-functional groups in the engineering department to assist quality product developments.
  • Worked closely with a design team and other engineering departments.
  • Coordinate CAD data within engineering department and suppliers.
  • Transitioned to engineering department: began process of refining and modifying design to be structurally sound and manufacturable.
  • Worked alongside design engineering department to improve current Hydraulic Pre Setting Tool (HPST).
  • Measured and optimized air flow circulation in test cages Cleaned and organized engineering department Utilized solidworks for cage design

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35. Design Reviews

low Demand
Here's how Design Reviews is used in Design Engineer Internship jobs:
  • Conducted and aided design reviews with management and manufacturing engineers for new product components.
  • Distributed assignment responsibilities for Electrical Components Engineering Team and Suppliers from design reviews.
  • Experience Gained: Coordinated design reviews for new product development project with engineers, sales managers, and buyers.
  • Participated in peer design reviews on which input was given and received on current project.
  • Create and deliver FPGA design reviews to team members, cross-functional departments, and management.
  • Compiled customer requirements, created concepts sketches, developed 3D drawings and held design reviews.
  • Revised plans as requested by design drafting manager while participating in design reviews.
  • Participated in engineering design reviews with a team of engineers.
  • Participated in bi-weekly tool design reviews and a kaizen event oriented towards process improvement.

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36. C++

low Demand
Here's how C++ is used in Design Engineer Internship jobs:
  • Test suite design and implementation in the Exchange Group - Wrote VB test suite that generated C++ test code
  • Insisted on high standards of C++ development through QA automation and version control.
  • Implemented an intravenous flow rate controller using a Renesas microcontroller, C++ languages and CAN.
  • Support team member in development of motor controller GUI in C++ Builder used for testing motors on a paper feeder.
  • Develop firmware for the next generation Zebra printers on ARM9 based platform-running QNX (C++) using Agile Methodologies.
  • Design & develop GUI application in Visual C++.

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37. Powerpoint

low Demand
Here's how Powerpoint is used in Design Engineer Internship jobs:
  • Created product design concept drawings/PowerPoints.
  • Presented designs and concepts to engineering team using PowerPoint.
  • Strengthened skills in presentation, PowerPoint.
  • Gained proficient skills using Microsoft Excel, PowerPoint, Autodesk AutoCAD, and Autodesk Inventor.
  • Illustrated windshield packaging irregularities using PowerPoint slides and suggested improvements.
  • Presented PowerPoint detailing accomplishments to ADM Cedar Rapids division leaders.

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38. Design Software

low Demand
Here's how Design Software is used in Design Engineer Internship jobs:
  • Worked with process design software (AutoCAD Vault and AutoCAD P&ID).
  • Enhanced knowledge of 3D software, solid 3D design and circuit design software.
  • Use design software (AutoCAD, AutoCAD Electrical, Vision, etc.)
  • Used CADAM design software for drawing documentation and analysis.
  • Worked with design software as a drafter.
  • Modeled and designed commercial airplane parts using a computer aided design software, Unigraphics
  • Used Solidworks and other 3D design softwares to design a variety of customized and original 3D models.

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39. Customer Requirements

low Demand
Here's how Customer Requirements is used in Design Engineer Internship jobs:
  • Implemented process engineering changes to meet customer requirements and maximize production efficiency.
  • Develop customized parts and fixtures per customer requirements.
  • Converted customer requirements into manufacturing documentation, including component part drawings, assembly drawings, design sheets, and ERP data.
  • Collaborated with DVP&R (Design Verification Process & Report) team to validate customer requirements and specifications.
  • Collaborate on new component design with Design Engineers to meet customer requirements.
  • Developed unique steam turbine repair solutions to meet customer requirements which include weld repairs, part replacement and/or component modifications.

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40. Unigraphics

low Demand
Here's how Unigraphics is used in Design Engineer Internship jobs:
  • Evaluated 3D models and assisted engineers in designing fixtures for body-in-white automotive parts using UniGraphics.
  • Revised aircraft interior installation drawings in Unigraphics/NX for a passenger to freighter conversion.
  • Worked on Unigraphics NX-8 and for Drafting I used AutoCAD-2011.
  • Designed parts and assemblies using Unigraphics.
  • Involved in the design and analysis of structural components of advanced light helicopter using Unigraphics and ANSYS.
  • Experience included: o Extensive use and familiarity with Unigraphics software, including NX and Teamcenter.
  • Used Unigraphics (NX) to design and modify parts Worked with design team

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41. Shop Drawings

low Demand
Here's how Shop Drawings is used in Design Engineer Internship jobs:
  • Generated punch lists, processed change orders, prepared RFI's, reviewed shop drawings & data sheets.
  • Reviewed shop drawings submitted by steel contractors to verify connections, welding and size details.
  • Assisted on preparing shop drawings and bill of materials and was trained on piping principles
  • Created Auto-CAD shop drawings, paper files and electronic drawings of proposed construction sites.
  • Assisted structural design engineers in processing and reviewing shop drawings.
  • Provided shop drawings for the pressure vessels generated from solidworks for all the parts.
  • Checked structural connection shop drawings for the Quinnipiac University Stadium.
  • Reviewed shop drawings for equipment submittals from suppliers and contractors.
  • Reviewed shop drawings for wastewater treatment plant construction.
  • Engineered shop drawings to fit reflected ceiling plans (RCP's) Created BOMs of ceiling grid systems using CAD programs

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42. Engineer Intern

low Demand
Here's how Engineer Intern is used in Design Engineer Internship jobs:
  • Design Engineer Intern - Worked with engineers on the development of new and current parts for Caterpillar Pipelayers.
  • Design Engineer Intern Acquired vast knowledge of different well control equipment designs.
  • Collaborated with a group of engineer interns in the design and manufacturing of a fully mechanical, human powered stair-climbing wheelchair.

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43. CFD

low Demand
Here's how CFD is used in Design Engineer Internship jobs:
  • Performed structural, thermal, CFD, failure mode analysis for the designs in ANYS workbench.
  • Supported in checking efficiency using CFD for components to be machined.
  • Performed CFD calculations and analysis to ensure that the equipment will operate under thermal conditions within specifications.
  • Generated turbine blade performance curves using AeroDynamic Solutions CFD software.
  • Performed complete CFD analysis of compressor and turbine stages, including generation of compressor and turbine maps, from generated models.
  • Perform CFD analysis to predict flow characteristics that will provide better engineering design and reducing development cycles and technical risks.

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44. Part Numbers

low Demand
Here's how Part Numbers is used in Design Engineer Internship jobs:
  • Developed a more efficient filing system of old part numbers.
  • Created an identification document to distinguish similar parts/part numbers for use in training and production.
  • Used Agile Software PLM to process engineering change orders and look up part numbers.
  • Prepared Bill of Materials for purchase items, and verified the part numbers matched design requirements.
  • Managed costs and created part numbers and Bill of Materials using Traverse.
  • Updated Quality Plans in accordance with the part numbers ECN.

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45. Python

low Demand
Here's how Python is used in Design Engineer Internship jobs:
  • Developed a python GUI as an interface for testing, data-logging and monitoring data of sensor module.
  • Developed a testing utility on windows with python scripts and excel macros for End of Line Testing.
  • Developed Python script to automate port list generation for power domain crossing checks.
  • Developed python script functions for SBTS to find electrical shortages.

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46. Data Collection

low Demand
Here's how Data Collection is used in Design Engineer Internship jobs:
  • Engaged in a comprehensive weight placement and data collection program for an advanced motor yacht production.
  • Used DASYLab software to automate tests and data collection.
  • Assisted senior engineers on project development Product testing Data collection on new developed product for product manual
  • Modified and improved existing meteorological tower to ensure up-to-date wind data collection at varies height level.
  • Assist in data collection and statistical analysis to determine soiling rates providing clients with recommendations.
  • Implemented, collected, and analyzed within department statistical process control data collection system.

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47. Design Verification

low Demand
Here's how Design Verification is used in Design Engineer Internship jobs:
  • Designed, fabricated, completed design verification of injection molds for use in commercial manufacturing of product
  • Design and design verification of digital and analog components of RISC-V processor and Hybrid Memory Cube
  • Expanded design verification testing for over 30 servomotors.
  • Design verification of ADC, AMS top level simulations using UNL flow under OA and VHDL test bench.
  • Design verification of a 100-400 MHz PLL Timing Generator with LVDS outputs
  • Design verification of a HMC architecture using UVM.

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48. IP

low Demand
Here's how IP is used in Design Engineer Internship jobs:
  • Developed a working relationship with four other engineers of different disciplines to achieve the most cost-efficient and aesthetically pleasing idea possible.
  • Calculated required capacities for equipment of proposed system to obtain specified performance and submit data to engineering personnel for approval.
  • Performed engineering finish-design work for current and future production parts as college internship for a heavy/industrial equipment custom manufacturer.
  • Worked closely with German based original equipment manufacturer to prep product for market through Clair Brothers design and implementation
  • Gained experience with various shipboard communications and power systems through technical documentation review and discussions with design engineers.
  • Designed, developed, and implemented testing methods and equipment for Electronic Warfare Systems for advanced applications.
  • Coordinated deployment of multiple field engineering units with designers and clients to enable smooth implementation.
  • Collaborated with an interdisciplinary team to maximize packaging aesthetics and efficiency for unique products.
  • Revised and updated piping and instrument diagrams to reconcile documentation with actual plant operations.
  • Improved designs of existing packaging machinery to increase efficiency by using mechanical design principles.
  • Researched and developed testing method for the design of a Ka-Band feed precipitation deviation blower
  • Participated in the interviews of various architectural firms competing for newly proposed projects.
  • Participated in design prototyping and testing from beginning to completion and mass production.
  • Configured mount for increased stability and to allow for uniform drip-tape dispensing.
  • Performed structural calculations to verify design piping loads and updated design plan.
  • Verified equipment and controllers were installed as designed for optimal performance.
  • Developed multiple product innovations with strong patent potential and business justification.
  • Designed automatic equipment for production and packaging of potato chips.
  • Utilized digital modeling software to replicate objects for virtual manipulation.
  • Authored machining manuscripts for two products describing intended machining protocol.

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49. Technical Specifications

low Demand
Here's how Technical Specifications is used in Design Engineer Internship jobs:
  • Completed equipment-sizing calculations and wrote technical specifications for various systems including: air compressors, gas compressors and oil water separators.
  • Designed and developed cost saving mechanical components and systems that met required technical specifications.
  • Read and interpret solid models, mechanical drawings (per ASME Y14.5-2009), and technical specifications accurately.

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20 Most Common Skill for a Design Engineer Internship

CAD21.3%
Finite Element Analysis7.8%
New Product Development7%
Assembly Drawings6.9%
Catia5.9%
Engineering Support5.2%
Ansys4.9%
GD4.2%

Typical Skill-Sets Required For A Design Engineer Internship

RankSkillPercentage of ResumesPercentage
1
1
CAD
CAD
14.8%
14.8%
2
2
Finite Element Analysis
Finite Element Analysis
5.4%
5.4%
3
3
New Product Development
New Product Development
4.9%
4.9%
4
4
Assembly Drawings
Assembly Drawings
4.8%
4.8%
5
5
Catia
Catia
4.1%
4.1%
6
6
Engineering Support
Engineering Support
3.6%
3.6%
7
7
Ansys
Ansys
3.4%
3.4%
8
8
GD
GD
3%
3%
9
9
CNC
CNC
2.8%
2.8%
10
10
Creo
Creo
2.7%
2.7%
11
11
BOM
BOM
2.7%
2.7%
12
12
Matlab
Matlab
2.4%
2.4%
13
13
Hvac
Hvac
2.3%
2.3%
14
14
Mechanical Design
Mechanical Design
2.1%
2.1%
15
15
R
R
2%
2%
16
16
Autodesk
Autodesk
1.9%
1.9%
17
17
New Designs
New Designs
1.7%
1.7%
18
18
PCB
PCB
1.7%
1.7%
19
19
Verilog
Verilog
1.6%
1.6%
20
20
Design Process
Design Process
1.6%
1.6%
21
21
Perl
Perl
1.5%
1.5%
22
22
Stress Analysis
Stress Analysis
1.5%
1.5%
23
23
Technical Drawings
Technical Drawings
1.5%
1.5%
24
24
Fmea
Fmea
1.4%
1.4%
25
25
Test Procedures
Test Procedures
1.4%
1.4%
26
26
Test Cases
Test Cases
1.4%
1.4%
27
27
Sigma
Sigma
1.3%
1.3%
28
28
Design Changes
Design Changes
1.3%
1.3%
29
29
Project Management
Project Management
1.3%
1.3%
30
30
NX
NX
1.2%
1.2%
31
31
RTL
RTL
1.2%
1.2%
32
32
PLC
PLC
1.1%
1.1%
33
33
Fpga
Fpga
1.1%
1.1%
34
34
Engineering Department
Engineering Department
1.1%
1.1%
35
35
Design Reviews
Design Reviews
1%
1%
36
36
C++
C++
0.9%
0.9%
37
37
Powerpoint
Powerpoint
0.9%
0.9%
38
38
Design Software
Design Software
0.9%
0.9%
39
39
Customer Requirements
Customer Requirements
0.9%
0.9%
40
40
Unigraphics
Unigraphics
0.9%
0.9%
41
41
Shop Drawings
Shop Drawings
0.9%
0.9%
42
42
Engineer Intern
Engineer Intern
0.8%
0.8%
43
43
CFD
CFD
0.8%
0.8%
44
44
Part Numbers
Part Numbers
0.8%
0.8%
45
45
Python
Python
0.7%
0.7%
46
46
Data Collection
Data Collection
0.7%
0.7%
47
47
Design Verification
Design Verification
0.7%
0.7%
48
48
IP
IP
0.7%
0.7%
49
49
Technical Specifications
Technical Specifications
0.7%
0.7%

35,627 Design Engineer Internship Jobs

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