RF/microwave를 공부중인 박사과정 학생입니다. 졸업을 앞두고 잡 어플라이 중인데 계속 파리만 날리네요..밑에 이력서 쓰고 , 고치고, 고치고 해봐도 연락이 없습니다. 제 이력서에 문제가 있는겁니까?
이쪽 분야에 연관된 분이시면 보시고 한번 조언 부탁드리면 큰 도움이 되겠습니다.

Name, address and email is here

OBJECTIVE
A full time position as a RF engineer to design and test RF components and/or wireless products (board level and/or IC level modeling, design, layout, fabrication and testing)

EDUCATION

Ph.D in Electrical Engineering, Jan. xxx ~ Fall 2005
University of Wisconsin-Madison, Madison, WI, USA
Coursework and research on RF and microwave circuits and systems
* Ph. D. Thesis title: New microwave phase shifters and their applications for vector modulation of
signal and coherent vector network analyzer.

M.S. in Electrical Engineering, Jan. xxx ~ Dec. xxx
University of Southern California, Los Angeles, CA, USA
Coursework on wireless communication & digital signal processing (DSP)

B.S. in Electronics Engineering, Mar. xxx ~ Feb. xxx
xxxx University, South Korea

RESEARCH & WORK EXPERIENCE

* Research Assisstant : Jan. xxx ~ Current (RF/Microwave circuits lab in University of Wisconsin – Madison)
 project funded by xxxx and xxxx

– Project 1: Arbitrary waveform generator (AWG) based on Fourier decomposition
• Required components: Broadband power divider, passive & lumped element filters (LPF, HPF and
BPF), voltage variable gain amplifiers (VVA), low noise amplifiers (LNA), frequency multipliers
(harmonic generator), and phase modulator.
• Fabricated and characterized each element through simulation and modeling after chip selection
• Developed a new device for linear phase shifter and efficient harmonic generator (project 2)
• Combined every element (more than 20 different elements) onto bread board and did characterization,
testing and validation.
• Control of amplitude and phase shifter was done by Digital to Analog (DAC) card with Labview software.

– Project 2: Linear tunable phase shifter and highly efficient harmonic generator
• Constructed synthetic transmission line with lumped element inductors and varactors. Works as linear broadband phase shifter (1-6GHz) according to voltage for small signal input and effective frequency multiplier for large signal input.
• For exact device characterization, Thru-Reflect-Line (TRL) calibration is performed

– Project 3: Balanced distributed-element phase shifter (US Patent pending)
• Fabricated advanced transmission type microwave phase shifter with different biasing technique.
• Incorporation of large signal at the input of phase shifter is possible without harmonic distortion. Good for high power phased antenna array system.

– Project 4: Frequency and phase tunable bandpass filter
• Developed and fabricated a new, compact tunable bandpass filter. Phase control inside passband is
possible.

– Other experiences
1. 10 GHz LNA design and measurements (using foundry service)
2. On-wafer high-frequency device measurements using probes after de-embedding.
3. Cleanroom experiences for the fabrication of phase shifter IC
4. A new cost-efficient vector network analyzer (VNA) design using coherent source- ongoing

* xxxx Electronics company (xxx. xxx – xxx. xxx) as an intern: Digital Media Division
– Research on MPEG algorithm.

PUBLICATIONS
IEEE journal 4 papers as first author and 3 papers as second author

SKILLS

* Simulation tool & Software
– ADS, ADS Momentum, Mentor Graphics, HFSS, Labview, Autocad, L-edit (layout).
– Medici, Silvaco Athena and Atlas for device simulation
– MATLAB (excellent), MS-Office, C language, Unix environment.

* Hardware & Measurements instruments
– Physical board layout, etching. Experience of GaAs material processing in cleanroom environment
– Vector Network analyzer(up to 100GHz), signal generator, vector signal generator/analyzer, spectrum analyzer,
Oscilloscope (both digital and analog), semiconductor parameter analyzer, LCR meter

GRADUATE LEVEL COURSEWORK & RELATED PROJECTS

* Digitel signal processing (DSP) & Adaptive Filter design theory

* Digital, Wireless Communication theory
– Extensive knowledge on wireless standards (GSM, CDMA, WCDMA, Wi-Fi, WiMax, WLAN, Cellular concept)
– Coding, modulation (AM, FM, PM, BPSK, (O)QPSK, (G)MSK, etc), demodulation scheme, random process

* Semicoductors for RF/microwave circuits
– BJT, MOSFET (CMOS, Bi-CMOS), HBT(SiGe, GaAs, INP), MESFET, HEMT Device physics and characterization
– Si – MOSFET fabrication & Measurements from bare wafer in cleanroom

* RF, Microwave circuits & systems
– LNA, power amplifier, mixer, VCO, PLL, filter, mixer, antenna, transmitter (TX), receiver (RX), transceiver (TX/RX)
architecture.
– RF analysis of noise figure, gain through simulation and modeling. Design requirements, spec generation
– S-parameter analysis, microwave circuits (power divider, coupler, resonator), transmission line concepts (Microstip,
CPW, CPS), impedance matching
– Projects: 2.4 GHz microstrip patch antenna design and fabrication

* VLSI System design – Full custom design, layout and simulation of 16-bit carry-look-ahead adder

ACTIVITIES
* Joined IMS2005 (International Microwave Symposium) as a speaker
* Chair of xxx-Univ ECE Korean Graduate Students (Sep. 2003 – Aug. 2004)
* Korean army (Jul. 1992 – Jan. 1994)

REFERENCES

name of address of 3 people here

I think you’d better modify your work experience from listing the projects which you finished to things you did in the project. Don’t list up the project! Just summarize what you did in the project. And You need to add more in your skill section instead of your course work section. The most important part of your resume is about work experience and skill section, if you want to have a job in any company. Good Luck!

미국 대기업에 정규채용으로 들어가기가 힘드니.. 거의 수시채용이 많음.
즉, 그 회사에 아는 사람(건너건너라도)한테 이력서 건네 그 회사 채용담당 매니저한테 forwarding하는 방법이 제일 확실합니다.

인터넷으로 접수되는 것은 거의 요새 안 봅니다!

요즘 이력서는 특별한게 없습니다.
모든게 인터넷으로 해결되니까요.
그러니 제일 중요한 것은 이력서를 원하는 분야에서 가장 많이 쓰이는
키워드를 중심으로 만드는 것이지요. 그리고 자기가 그중에서 가장 장점으로 내세우고 싶은것을 계속 반복해서 올려놓으면 연락이 많이 올것입니다.
HR에 있는 사람들도 많은 이력서를 일일이 다 보는것이 아니라 일단은
키워드 중심으로 골라낸 다음에 읽기 시작합니다.
그러니 인터넷으로 올릴때는 간단하면서도 중요한 단어들을 잘 골라서 올려 놓는것이 요점입니다.
이력서는 자기 명함이나 마찬가지인 만큼 간략하면서도 강력한 인상을 남기는 것이 최우선이라고 생각합니다.

ph.d면 paper와 patent의 publication list를 논문의 reference page쓰듯이 자세히 써야 하던데요.. 그건 증명된 경력이기 때문에, 거의 모든 Interviewer들이 다 비중있게 참조를 하더군요. 어떤 Interviewer는 아예 print까지 해왔다는..
그리고, 친구, 선배, 교수등 인맥이용한 refer통해 제출해야 연락이 오고, offer받기 더 쉽더군요.

I agree with h1b

Why don’t you try this site, http://www.UnitedCareer.com?

답변 정말 감사드립니다. 특히 인맥을 통해 넣어야 한다는 말이 가슴에 와닿네요. 앞으로 사람들 좀 찾아 보아야 할것 같습니다.