Jae-Yang Park

OBJECTIVE

Embedded System Design Engineer

SUMMARY

* Developed the test equipments for RF system using  microcontroller, and firmware with C

* Developed CPLD circuit using Verilog to generate the serial control signal for PLL synthesizer

* Developed BENCH to CNF format converter for Z-Chaff SAT Solver using C++ to check equivalence of

   two combinational circuits

* First place in the Black Box competition sponsored IEEE student chapter of USU

* Very strong work ethic with ability to prioritize and multi-task

* Highly adaptable to technology changes, a quick learner

* A strong team player with great interpersonal skill

TECHNICAL SKILLS

* Simulation/Design Tools: VHDL, Verilog, Matlab, Altera QuartusII, Agilent VEE Pro, Keil Tools,

    LTSpice,  OrCAD, Cadence IC design suite (Virtuoso, Layout XL, Composer, Spectre)

* Test Equipments: Agilent E5052A Signal Source Analyzer,  Spectrum Analyzer, Power Meter

* Programming Language: C/C++, C#, Java, Assembly (MIPS, i80x86, 8051)

* Operating System: Linux/Unix, Solaris

* Embedded OS: TinyOS, uC/OSII

EXPERIENCE

NIT corp. , Canoga Park, CA                                                                                09/2006 – 06/2007

Digital Circuit Design Engineer

* Designed the firmware using C and control circuit with microcontroller for generating the test signal

* Designed and simulated the CPLD circuit using Verilog for generating the PLL control signal

* Designed Test and Measurement Automation system using Agilent VEE Pro to control the

   measurement equipments like RF power meter through the GPIB from the remote PCs

* Contributed to development of RF Frequency Synthesizer system

EDUCATION AND TRAINING

M.S.,  Electrical and Computer Engineering                                                                    06/2006

Portland State University, Portland, Oregon                                                          

Emphasis: Digital IC Design

Related courses: Digital IC Design, Analog IC Design, High Performance Digital System, Low Power Digital IC Design, Leakage in CMOS, Formal Verification, Genetic Algorithm

Project: Hardware/Software Co-Verification

As a team member, my duty was to analyze and choose the embedded OS, and after that TinyOS was selected and prepared to port to the target system which was contained different processor from other target systems. To do this project, several diverse embedded OS were researched and tested.

B.S., Computer Engineering (Computer Science minor)                                                05/2004

Utah State University, Logan, Utah                                                                        

Senior Design Project:  Smart Battery Doctor, a smart battery checker based upon the 8051 microcontroller and MAX1667 smart battery charger controller. Firmware design using C to control the SMBus and MAX1667 smart battery charger controller with the microcontroller.

This system operates as a host and the smart battery run as a slave, and both are communicated each other to gather the information like the remained capacity, voltage, current, and temperature from the battery.

First Place in the Black Box Competition (09/2002) 

This was sponsored from IEEE Student Chapter, Utah State University, Logan, Utah, and the rule was to define the components or circuits in the unknown box using all knowledge of electric circuit course.                               

Certificate, Client/Server Expert course                                                                          08/1997

BIT Academy, Seoul, Korea                                                                                   

Project:  Suspect Searching System – Server (Linux, GNU C, BSD Socket, PostgreSQL), Client (Win95, BSD Socket, MFC, ODBC)

The purpose of this project was to find the suspect from the database using the natural language on the network by multiple users. To do this, in the server PostgreSQL as the RDBMS is running, and the client implemented using MFC, Visual C++ 5 and ODBC as the bridge is used, and send the whole sentence to the server using the BSD Socket programming. Then the sentence is analyzed, and keywords for database retrieval are extracted from the sentence. After that, correct or similar results are displayed on the client.

AFFILIATION

·         Member of IEEE

* IEEE Solid-State Circuits Society

* IEEE Circuits and Systems Society

* IEEE Ultrasonics, Ferroelectrics and Frequency Control Society

* IEEE Microwave Theory and Techniques Society

·         Member of Korean-American Scientists and Engineers Association (KSEA)

REFERENCES

Available upon request