Avery Augborne

Avery N. Augborne- 329 E. 99th St., - (cell) Los Angeles, CA 90003 - (home) Education Tuskegee University / GPA: 3.0 Bachelors of Science in Mechanical Engineering  Tuskegee, AL Graduated – May 2016 Computer Skills NX 7.5 Solid Works MS Office Apps 3D Printing Artios CAD Creo Parametric Relevant Courses Measurements & Analysis HVAC Thermal Sciences Mechanical Design Modern Physics Fluid Mechanics Principles of E.E. Differential Equations Computer-Aided Design Mechatronics Materials Engineering Engineering Experience Mechanical Engineer II at Raytheon Oct. 2018-Present Support factory floor to ensure on time delivery, perform assessments, assist manufacturing engineers Evaluate and approve/disapprove requests from SR(Supplier Requests) for changes to the TDP(Technical Data Package) and planning process. Create ERB (Engineering Review Board) packages it approve a nonconforming condition as Use-As-Is, or repair and rework if condition doesn’t meet specifications. Present packages at ERB and CCB in front of the review board and co-workers in order to get package approved and vaulted for production. Represent the mechanical department at different meetings (Factory stand up, ERB & CCB, Red Rack, Production Failure Review) to update the program’s (Tomahawk) current statuses Continuously update the mechanical department’s task list on R-share to keep up with goals, updated statuses, and work loads for each department member. Computer Aid Designer at Royal Paper Box April 2017 - Sept. 2018 Designed packaging for cosmetic and pharmaceutical companies using ArtiosCAD. Plotted out prototypes using Kongsberg equipment before mass production on packages. Created designs in 2D for a flat visual then transform file to 3D to visualize how the package should fold. Met with customers when complex projects occur in order to meet deadlines and deliver defect free packaging. Signed off on projects when Design Manager is not available. Material Control at SpaceX Sept. 2016 - Dec. 2016 Assisted in productivity getting a backlog of 3500 parts down to 200 to increase the launch of the next rocket. Ensured completed assembles moved to the next appropriate step in the manufacturing process. Communicated with responsibility engineers to break any hold factors in order to push parts to inventory. Worked in close conjunction with production coordinators, inventory clerks, and operators to secure materials. Expedited material from receiving inspection, developed estimated completion dates, and delivered to using department. Managed the Data Integrity in the Company’s MRP (Materials Requirements Planning) system by moving the parts around for the corresponding department to have an update of the part. Conducted Visual Floor Audits for all parts still in the JIRA system. Undergraduate Research Student at UCLA June 2015 - Aug. 2015 TANMS (Translational Applications of Nanoscale Multiferroic Systems) Coupled electricity to magnetism using engineered nanoscale multiferroic elements to enable increased energy efficiency, reduce physical size, and increase power output. Modified a Vibrating Sample Magnetometer by applying strain to measure the voltage and the magnetic response of ferromagnetic materials and properties. Learned how to manufacture 3D printed assemblies. Designed a sample holder using Solid Works that controlled the magnetism at a microscale by using the four-point bending method. Presented a PowerPoint presentation every week to peers and faculty giving an update of my research experiment. Computer Aided Design-Department of Mechanical Engineering Fall 2015 Drafted and designed a lightweight cordless power pruner shears using NX 7.5. Wrote a technical report that includes dimensions, battery, battery charger, and specific blades that corresponding to the objects being cut. Presented a PowerPoint presentation in front of students and professors that included the price list of component parts, technical drawing with dimensions, process design, and the working mechanisms. Senior Design-Department of Mechanical Engineering Spring 2016 Worked with PACE (Partners of Collaborative Engineering Education) to match the engineering and design needs of the automotive industry. Drafted and Design a solar panel hybrid vehicle using NX7.5. Conducted surveys and test trials to satisfy customers’ needs. Wrote a technical report, including research background, CAD drawings with dimensions, FEA Analysis, and surveys. Presented PowerPoint presentations every two weeks to give an update of the project in front of peers and professor. Improved the current hybrids to decrease air pollution in overpopulated areas. Honors & Activities Order Of Engineer SWE-Tutoring NSBE-Fundraising Committee Sign Language-Intermediate Spanish-Intermediate Miramonte SDA Church-Hospitality Leader & Assistant Clerk