• Implement new PTC Creo start templates for parts, assemblies, and drawings. Changes improved document creation efficiency, consistency, and reduced configuration management files from sixteen files to eight files.• Create and implement a batch script file among Creo users. File ensures that all Creo users utilize the latest department standards without the need to send update notifications through other means.• Define rules and implement Creo Modelcheck. Tool provides quality models to ensure previously, and current documents meet department standards, while decreasing the time for the user to implement the standards manually.• Devise, create, test, and implement a Visual Basic Program for drawing number requests. Program eliminates inputs by the user by recognizing logins, allow multiple and different categories of drawings to be requested, provide e-mail capabilities for a list of drawings to be sent to the requester, and provide the capability of exporting Creo parameters as a XML file. These functions decreased the time to obtain drawing numbers and provide quality output files.• Implement PDMLink promotion process to convert files from a Work In Progress (WIP) state to Released (REL) to prevent released documents from unintentionally being modified and forces proper file iteration processes to occur.• Provided CAD documentation and model requests for eight, internal nuclear divisions. Support included model creation, drawing creation, signature requests, tolerance stack up calculations, and concept designs.

• Worked on a variety of projects and tasks which require application of technology to complex or difficult problems. Helped establish design documentation required for projects.• Implemented new technology and owned ideas for tasks. Expected to recognize alternative possibilities for the project and recommended the best choices. Consistently demonstrated the ability to successfully complete tasks when adverse situations arise.• Worked under general supervision. Expected to choose appropriate methods or processes to perform assigned work. Entrusted with complex tasks and projects for design or development decisions.• Recommended improvements to increase technical productivity and effectiveness within the organization. Work was typically a critical part of a team effort and required independence in structuring and accomplishing own work.• Knowledge of and ability to apply GD&T, American Society of Mechanical Engineers, American National Standards Institute, and other appropriate standards for dimensioning and tolerancing.• Knowledge of computer-aided drafting techniques, CAD modeling and design, and high-level three-dimensional parametric CAD systems.• Knowledge of industry, regulatory, Department of Energy, or National Nuclear Security Administration complex codes, standards, and criteria pertinent to the particular engineering discipline.

• Implemented Engineering Change Requests (ECRs) for designed components and assemblies of theMixed Oxide Fuel Fabrication Facility (MFFF).• Verified Geometric Dimensioning and Tolerancing (GD&T) standards on drawings and directedcoworkers of best practices.• Performed calculations to verify fit, form, and function of non-conforming parts that are received fromthe vendor.• Utilized SolidWorks, TeamCenter, and Documentum (Data Management System) daily to completeassigned materials.• Conferred with the CAD administration group to implement a change in Workflow to include first reviewcheck procedures and steps.• Redesigned and documented a pneumatic panel for a fuel cell cleaner unit to meet B31.3 pipingrequirements.• Created an Excel macro to format and update company standards within the company’s Bill of Materialsfor consistency and ease of implementation for the user.• Updated a conveyor system, subsystems, and components to replace equipment to reduce thedisplacement of pellets at critical stopping points.

• Produced and verified Bill of Materials for new and standard industrial products.• Completed internal product drawings for customer approval and CNC programming.• Setup, programmed, implemented quality controls, and fully trained two personnel for a manufacturingcell.• Designed, built, and installed a T-mold hold down fixture to improve product quality and through put.• Collected, analyzed, and presented product data to provide the tolerances of a slat wall machine.• Supported all manufacturing needs concerning new product development from concept to shipping ofproduct.

• Created, revised, and released documentation relating to a classified project.• Managed and distributed engineering workloads to other designers on behalf of the team lead.• Mentored three new hires about Sandia policies, CREO, PDM Link, and designer best practices.• Lead and organized monthly Engineering Designing Community of Practice (EDCoP) meetings.• Presented monthly CREO related Tips and Tricks to Sandia National Laboratory and LawrenceLivermore National Laboratory staff.• Applied and understand Geometric Dimensioning and Tolerancing to all drawings.• Taken courses in preparation to become a project lead.• Obtained a Q-Clearance in September 2015.

• Designed, documented, and managed Pro/ENGINEER part and assembly files within the company’s Product Data Management system.• Implemented Pro/ENGINEER parameters throughout the company to not only increase efficiency with drawing files, but also allow the communication to exist for utilizing Windchill or PDM Link in the future.• Performed necessary inspection and lab testing to determine design reliability and made necessary design changes to meet marketing requirements.• Assisted coworkers with Pro/ENGINEER questions and taught classes internally about the program and current company standards.• Tested design concepts and quoted all parts internally and externally to determine the most cost effective solution for that part or assembly.• Applied fundamental design principles for new product design, from design concepts to field installation support.• Created all necessary manuals for new product development, project engineering, and standard products departments.• Generated illustrations for additional clarity of written procedures throughout the manuals.• Revealed and addressed the need to have the approval of the legal and safety departments for all manuals prior to any manual being placed on the company’s website.• Organized meetings and merged the communication between three engineering departments to discuss and organize the current manual request workload.• Planned and implemented a process to reduce the cost of revising translated manuals while maintaining the quality standards of the company.

• Introduced Solidworks to the company and 3D file management.• Designed and documented a flash removing machine for a casting.• Provided a FEA analysis for a component used for tire testing equipment.

• Received written quotes from the customer service department and created AutoCAD drawings showing commercial garage door specifics and installation limitations.• Planned, coordinated, created, and maintained a Visual Basic program used in the creation of approval drawings.• Created the most approval drawings within a single month of the company’s recorded history unaided.• Provided a Bill of Material of all the hardware necessary for non-configured garage doors.

3M-Matic Sales Application Engineer• Visited customer sites to provide packaging solutions utilizing 3M modified case sealers.• Assisted and provided direction for any sales personnel that required modification to existing case sealers.• Provided quotations to customers for modification inquiries.• Created cost effective solutions for the end user’s requests.• Gave detailed part and assembly prints to the modification assembler to implement on the machine.• Updated and modified the case sealer manuals to include the modified or additional parts.• Revised all necessary prints to match what was modified prior to shipment.• Assisted the assembler as needed to meet shipping deadlines.3M Modification Assembler• Modified standard case sealers to the prints provided by the engineer.• Assembled sub-assembly components for standard case sealers.• Updated and revised engineering drawings for any deviations to the prints that were required for proper modifications of the machine.• Built and crated various case sealers as needed.

• Measured raw materials to the specific recipe provided by the chemical engineers.• Mixed materials provided by the batching department according to the instructions provided.• Milled the rubber to the thickness required for the proper testing.• Cured the rubber in the required molds for the correct time, temperature, and pressure.• Provided tensile strength results of a rubber recipe to the engineers.

• Visited customer sites and took all required measurements to create the room layout in AutoCAD.• Provided the total square footage of building materials to the acoustic analyst.• Created installation drawings of the required square footage of panels received from the acoustic analyst.• Directed coworkers and installed the acoustic panels as shown on the installation drawing.