Seung Ki Song

** *. ********* **. #** Stockton CA 95207

510-***-**** acuhfi@r.postjobfree.com

OBJECTIVE

To obtain an entry level Electrical Engineer position

EDUCATION

University of the Pacific Expected Spring 2016

Bachelor’s Degree of Science Electrical Engineering

SKILLS

Comp / Software:

AutoCAD Eagle PSpice C++ VHDL Verilog Basic Stamp MATLAB SIMULINK

HTML Photoshop VMware Ubuntu C MS Office

Tools / Equipment:

Electrical Blueprints PCB NEC Handbook Single Line diagram Cyclone II FPGA

Function generator DMM Oscilloscope Soldering

Languages:

English / Korean: Can read, write, speak and comprehend both at a fluent level

Personal:

Discipline Follows Direction Attention to detail Meet deadline

WORK EXPERIENCE

California Department of Water Resources June 2015 – December 2015

Student Assistant Engineer

Worked 40 hours per week as an intern.

Carried out several engineering projects and all-day outdoors field inspections in conjunction with coworkers.

Using AutoCAD software to modify power systems, electronic drawings and single line diagrams. Acquired power electronics engineering, and time management skills.

University of the Pacific October 2014 – December 2014

International Programs and Services Office Receptionist

Worked 3 hours per week at the front desk.

Answered phone calls and took messages.

Volunteered at International Student Orientation helping students find housing, photocopying immigration documents and arranging transportations.

Republic of Korea Army July 2012 – April 2014

1st Division Military Police

Served in general outpost as a military police officer as well as an administrative clerk.

Drafted confidential documents such as unit training schedules and daily schedule for

the battalion.

Directly supported securing safety of civilians and their properties during mobile training exercise, such as the Korea – U.S. Key Resolve and UFG military exercises.

Established military discipline and maintained order within the division.

Discharged from military service as a sergeant.

PROJECTS

Department of Water Resources:

Trash Rack Project

The Trash Rack is an automatic trash and waterweed collector that utilizes two fork-like cranes to catch waste and dispose it. Its power source needed to be relocated to the substation located in the Fish Facility. My job was to trace all the conduits and find an available MCC to power the trash rack, calculate the total load and update related drawings. As a result, I learned more about connection diagrams and load calculations for discontinuous electric motors and gain a deeper understanding about PLCs and SCADA systems.

CAPs Evaluations

These were single day projects that I did throughout my co-op. I did five CAPs evaluations with written reports. I learned how to analyze the condition of a pumping plant’s motor by using a borescope to examine burn marks, coronas and cracks and discovered two cracks on the pole of a pump motor unit. With this experience, I gained a deeper understanding of a 345000 HP electric pump motor with 36 poles, 3 phase and 480 volts, by direct observation rather than through printed drawings.

Conduit Replacement Project

Old and outdated wires were supplying power to the Engineering building. For later building expansion, the power line needed to be upgraded. My job was to calculate the total load and find the right size wires that meet the NEC standard for conduit fill by measuring the length of the wires, size of the conduit and calculating the conduit fill and voltage drops. I learned a lot about how the NEC guidelines work, such as how many wires you can put into specific conduit sizes with specific wire AWGs.

ACC Battery Charger

The Area Control Center has a battery room that is capable of supplying power to the whole facility when the power is down. These batteries are constantly charged by a battery charger from the switchyard. However, one of the battery chargers were burnt down overnight and had to be replaced. My job was to calculate the total load required for the inverter and calculate battery hydrogen emission according to NEC standards. I learned how crucial design guidelines are when considering battery installments, such as the amount of hydrogen emission in a room, compared to how much ventilation the room gets, and how much free space the room has.

University of the Pacific:

Senior Project – Brain Controlled Robot

I am currently a member of a four-person team designing and developing a device that detects and sends signals to a robot solely through brainwaves. This project explores the feasibility of controlling a robot using a brain computer interface (BCI). The end goal is to have a small robot which can accomplish multiple tasks and follow instructions via a BCI. My job was to create and design a circuit on a printable circuit board(PCB) with series of filters and amplifiers to attenuate unwanted noise and amplify wanted frequency to isolate brainwaves for signal processing.

Personal:

VR Headset

A side project of mine involves creating a DIY Virtual Reality headset using a personal smartphone with a Google cardboard, Arduino and NVidia GeForce Experience Streaming. Using open source code for Arduino, it is possible to make a working VR Headset under 40 dollars. After the PCB designing, it is small enough to place on top of the cardboard headset.

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