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After two years working for Mobile Semiconductor, the only independent memory compiler vendor, I want to gain more knowledge in new edge-technology by returning to school. I have a passion of enhancing my professional career so I like to undertake some graduate courses in Embedded System at the University of Washington. This can keep me current with the latest technology in my chosen field and also support to develop a new area of expertise to further my professional career.
I still remember when I immigrated into the U.S; there were so many obstacles I had to face in life and school. All of difficulties, including financial hardship, the barrier of language and culture had a critical impact on my life. However, living in a family with many members who immigrated to U.S long time ago, who are engineers and have a better life just because they point me the effort. Without the effort, you cannot be successful in this country. I have a passion of programming code and building electronic circuits. I always wonder how the IC chip is made and the person who did it has to be so “talented”. I cannot imagine there is billions of a transistor in a tiny IC chip. That inspires me curious to learn more about this field and so I decided to pursue electrical engineer with the focus on VLSI field. I remember my professor told his class that VLSI circuit is everywhere from our computer to cell phone, tablet, and whatever electronic device we are using. That is so impressive statement aspiring me to keep following this field.
Back in sophomore and senior year at the University of Washington, I had great chances to work on some in-depth capstone projects: SRAM memory, two-stage op-amp and MISP processor design. Working on these projects gave me a ...

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... and skills I developed through school and internship. Throughout the projects, I build up my work experience and develop a number of skills, especially problem solving and the creativity. I helped my company debugging the faults in load board design and silicon test chip. I also came up with ideas to make work efficiently, such as reducing testing time for BIST on a test chip by testing all instances SRAMs and ROMs in parallel instead of testing one single instance at a time, developed an independent process, temperature and voltage supply for reference generator circuit. Now as a fast-changing technology area, with scaling down so significantly, VLSI design and embedded system are extremely challenging for engineers, especially for test engineer. With the support of my current company, I decided to go back to school to earn a graduate degree to advance my skills.

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