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Engineering Chemical

Westminster, California, United States
August 30, 2017

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***** ******* ******. ***********, ** 92683

Phone: 714-***-****. Email: EDUCATION

Bachelor of Science in Chemical Engineering 06/2011 Bachelor of Science in Material Science Engineering 06/2011

• Graduated with Cum Laude

• University of California, Irvine

• Combined GPA: 3.65


Engineering-in-training (EIT) 01/2014


Department of Defense (DOD) Interim Secret Clearance EXPERIENCE

Jazz Semiconductor Trusted Foundry (JSTF) – Newport Beach, CA JSTF Lab Technician 09/2016 –Present

• Worked with production to ensure the integrity and security of government products at TowerJazz Semiconductor

• Collaborated with process technicians and operators to meet stringent quality requirements Naval Sea Systems Command (NAVSEA)-NSWC Corona Division Systems Engineer / Analyst 09/2015- 09/2016

• Implemented new Hull Mechanical/ Electrical systems into the Material Readiness Database

• Analyzed Mechanical/ Electrical system data for reliability, maintainability and availability on Navy ships

• Prepared annual reports with repair costs and parts needed for a system overhaul

• Collaborated with service engineers to create and implement accurate Reliability Block Diagrams to identify the redundancies and failure rates of different systems Orange Coast College – Costa Mesa, CA 01/2008 – 05/2008 Teaching Assistant in Organic Chemistry Laboratory

• Assisted community college students with organic chemistry laboratory studies and lecture materials

• Graded laboratory reports and quizzes

• Prepared chemicals and assisted students set up experiments in laboratory RESEARCH

Thermal Stability of Electrodeposited Nanocrystalline Copper UCI Department of ChE & MSE Engineering 09/2010 – 06/2011

• Worked with a graduate student during senior year of undergraduate school

• Research goal was to use electron deposition to produce thermally stable nanocrystalline copper

• Cut and polished metallic samples to examine their microstructures

• Analyzed the orientation of the material using X-ray Diffraction PROJECTS

A Specific Application of Polymeric Materials: Polytetrafluoroethylene USC Department of ChE Engineering 05/2013

• Examined the unique structure of fluorine atoms enclosing the carbon chain and material properties of the polymer

• Studied the different applications: cardiovascular graft, frying pan’s surface, stadium roofs

• Considered at the improvements in performance by adding foreign substances to enhance wear resistance Senior Design Project: Gamma Typed Solar Powered Stirling Engine UCI Department of MSE Engineering 09/2010 – 06/2011

• Designed and built a Stirling engine that uses solar energy to create heat and power the engine

• Studied the air friction to and decided to use graphite to prevent gas molecules from exiting the wall cylinder

• Suggested a solution to air leakage and heat conduction between hot and cold cylinders inside the engine by using silicon sealant O-ring to improve efficiency

Chemical Engineering Design: Production of High Purity Hydrogen Plant UCI Department of ChE Engineering 03/2011 - 06/2011

• Utilized PROVISION II to design and create high purity hydrogen via steam methane reforming

• Studied safety considerations in the chemical plant along with the plant location and material selection

• Wrote a technical report discussing the minimum water and electrical costs and how to control those costs with recycled water


Tool Sets: SEM, X-ray diffraction, Instron

Software: Microsoft Office (Word, Excel, Power Point), Provision Pro/II, Polymath HONORS/ AFFILIATIONS

Tau Beta Pi – Engineering Honor Society

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