PROJECT ENGINEER
Ohlinger Industries INC, Phoenix, Az / Jun 2018 - Present
Mechanically designing three dimensional models using SolidEdge to manufacture specific parts for the repair such as: liners, castings, threads, etc., based on customer requirements and FAA standards.
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Determine parent methodology for aerospace parts by developing sketch sheets and repair instructions for different mechanical parts. This includes providing key measurements used in preparing a part for repair and final machining of a part.
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Lead cross functioning team meetings to explain repairs and provide solutions for any issues that may occur on the shop floor with the shop supervisors.
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Creating new work procedures for new repairs and work procedures to lower cost and/or run time while still meeting customer desired requirements and following within FAA requirements. Communicating with customers to determine specific details about specific repairs performed, coming up with repair subjections and answering any questions.
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High Pressure Masking — Research and new qualifying new repair Development for HVOF & Cold Spray masking by researching new masking compounds and procedures in an attempt to create a faster and more cost effective masking procedure. These methods increased production time of masking parts by 8 hours. Material and failure analysis was conducted to insure new masking plasma and low pressure cold spray.
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Thin Wall Pump Bore — Worked with customer to develop wall thickness on Aluminum Casting by creating a weld repair. Communication with customer engineering team to determine repair requirements and develop testing procedures and acceptance and failure requirements. Leading a team of machinist and inspectors to develop a proper repair and analyzing x-rays of the welded repair area to insure porosity and voids meet specific requirements of the customer engineering team. New development of companies CMM inspections criteria.
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Differential Pressure Switch — Develop key requirements and repairs with customer engineers to create repair requirements and procedures for the customers differential pressure switches. Part was disassembled and measured to establish repair limits. Using measured values 3D models where made for fabrications and to illustrate repair procedures and dimensions for the machinists. Inspection criteria was made based on effective testing insuring switch properly works and meets all the requirements of the customers approved aerospace repair and overhaul document.
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Contact information
*********@*****.***
Education
ARIZONA STATE UNIVERSITY
Tempe, Az
Bachelor of Science Engineering (May
2018)
Skills
SolidWorks
SolidEdge
MatLab
Problem solving
Detail and goal oriented
Microsoft Office
Material Analysis
Composite Fabrication and Analysis
Manufacturing
Tooling Design and Fabrication
Project Management
Thermal Analysis
Failure Analysis
Geometric Dimensioning and Tolerancing
Ansys Engineering Simulation Software