Engineer Project

Alexander Lee

***** ****** ** *** **********, Texas, 78759, United StatesCell: 714-***-****

*********@*****.***

Experience:

Samsung Austin Semiconductor

Austin, Texas, United States

Sep 2011 - Present

Engineer I

Created an interlock system for all photolithography resist related tools. Prevented mass financial losses and ensured efficient production through SOP’s (Standard Operating Procedures) and training. Project Lead of the photo resists barcode system installation process. With a gant chart, helped organize the overall project to ensure it was finished in a quick and efficient matter. Monitor and Control Team member: Daily evaluation of errors occurring on Spinner tools. Provided and found short/long term solution, action responses, and root causes. Maintained the main server for PR management through both SQL queries and software server. Responsible for forecasting photo resist management dependent on Photolitography tool type. Tool types include: Krf (Krypton fluoride laser), Arf (Argon fluoride laser), and Immersion. Usage per tool type was calculated based on its process step, layer, and device per wafer. Communication skills improved through presentation of projects to multiple department heads, which included managers and directors.

Southern California Edison

San Onofre, California, United States

Jul 2010 - Jul 2011

Professional Trainee

Enhanced and expedited Non-Standard Software Process/Approval installation. New process bypassed specific areas to make sure clients receive their software request in a timely manner. Responsible for creating a template of future system analysis reports regarding non-standard software approval. Familiarity with programs such as SAP (Business Management Software Solutions Applications and Services). Installation Team member: Responsible for installing non-standard software and creating a formal procedure for future similar software requests.

SPAWAR

San Diego, California, United States

Dec 2010 - Mar 2011

Engineer

Design, built, and tested the functionality of a pressure actuated reagent dispensing container. Container mimicked oil spills and was expected to release between 25 & 30 feet solely relying on hydrostatic release. Container helped SPAWAR with its new AUV navigation system testing which would track and map large undersea chemical plumes. Application of Boyles law & pressure formulae to confirm theoretical to actual results. Applied Solidworks and AutoCad to create a 3D model of the design project. Incorporated Lasercamm and machine shop to create a prototype for SPAWAR to use. Project Website: http://maeprojects.ucsd.edu/mae156/winter2011/group1/

Education:

University of California - San Diego

La Jolla, California, United States

Bachelor of Science Sep 2007 - Jun 2011

COMPUTER, LANGUAGE, AND RELEVANT SKILLS

• Eclipse

• Efficient multi-tasking ability

• AutoCAD/Autodesk Inventor

• Bilingual in conversational Korean

• MATLAB

• Machine Shop

• Microsoft Office Suite

• Able to work under fast-paced environment

• FeMap

• Experiment design, testing, and analysis

• Solidworks/Pro-E

• Motivated to learn new applications and methods

Relevant Coursework:

- Robotics

- Programming in C++/AutoCAD

- Fluid Mechanics

- Heat Transfer

- Statics & Dynamics

- Material Science

- Linear Circuits

- Computer Aided Design

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