Hi all. I work with Panasonic Research and Development
and we have a Wireless Research Laboratory in Santa
Clara, CA. We're looking for an RF Architect with
specific experience in CMOS PA design.
Please
see the job description below.
Qualifications:
1. PhD degree in Wireless Communication with
2 years of related industry work experience or equivalent
experience in CMOS PA Design.
2. Prior experiences
in polar transmitter technology, transceiver architecture
definition, and simple circuit level design are
desired but not required.
3. Strong wireless
communication background. Must have in-depth knowledge
in filter design, DSP algorithm development, modulation,
and demodulation techniques. Understands ISI and
fading channel conditions and design challenges.
Basic understanding of information theory and coding
theory.
4.Good understanding about the trade-offs
between common transceiver architectures. For example,
direct-conversion, very low IF, and super-heterodyne
architectures.
5. Basic understanding of transistor
models and operations.
6.Must be fluent with
Matlab or Simulink. Familiar with SPW, Verilog,
Virtuoso, and AMS is a plus
7. Familiar with
the operation of the test equipments, for example,
R&S CMU200, FSEA, FSIQ, and Agilent 4440
Candidates interested in this or any position
with Panasonic should register and login at the
Panasonic Career Center website below:
https://recruiter.kenexa.com/panasonic/cc/CCJobDetailAction.ss?command=CCViewDetail&ccid=bupJEdUjsTs%3D&job_REQUISITION_NUMBER=14931
or email me at: guerzons@us.panasonic.com
We are committed to creating a diverse work
environment and proud to be an equal opportunity
employer (m/f/d/v). Pre-employment drug testing
may be required. Due to the high volume of responses,
we will only be able to respond to candidates of
interest. All candidates must have valid authorization
to work in the U.S. Please no employment agency
solicitations at this time. Thank you for your interest
in Panasonic Corporation of North America.
Posting authorized by Kirt B. 3/16/2009
