How
CDADIC R&D Industry/University Partnerships Work
Membership
Benefits
Suggested
Practices for Successful Industrial Liaisons
Participants
& Administration
CDADIC Research
CDADIC is one of the few research consortiums in the country
that addresses problems associated with analog and mixed-signal research.
Analog and mixed-mode integrated circuit (IC) devices have important applications
in many fields including avionics, space technology, and medical technology.
The technical advantages of using this type of circuitry range from enhanced
performance to improved miniaturization of products.
It is
difficult to successfully design first-pass analog and mixed-signal devices.
Likewise, it is also difficult to accurately simulate, and test these
systems. Our research has resulted in several successful solutions
as we make progress in solving these immense problems.
Mission
& Vision
Our
Mission
To advance the analysis, design and methodologies of analog-digital integrated
circuits and systems through research and education.
Our
Vision
To be the leading university-industry partnership in the field of analog-digital
design which inspires talented engineering students and faculty to create
breakthroughs useful to industry.
Main
Thrusts
Circuit
Design
Developing new mixed-mode circuit designs for high-precision, low-voltage,
high-speed, etc. applications.
Modeling/Simulation
Constructing accurate computer models of circuits, devices and interconnects
as well as developing methodologies to evaluate, test and characterize
new and existing circuit simulators and/or improve speed and efficiency
for analog-digital simulation.
Design Methodology
Developing systematic methods for design which incorporate the reuse of
existing designs, module generation and automatic layout of analog/mixed-signal
integrated circuits.
Industrial
Sponsorship
There are many short-term and long-term benefits for industrial sponsors
including:
-
Ability to actively participate in setting the research agenda
-
Access to specialized faculty skills
-
Leveraging company research funding for a fraction of the price typically
paid for one university project
-
Networking opportunities through center meetings
-
Pre-publication access to research results, graduate theses and other
materials resulting from center projects
-
Access to students for internships and employment
-
Two in-person research reviews a year
What
is an NSF I/UCRC?
CDADIC is part of the National Science Foundation’s (NSF) Industry/University
Cooperative Research Center (1/UCRC) program. We are one of over
50 I/UCRCs designed to link the research and development needs of industry
with university research capabilities.
NSF
initiated the I/UCRC program to:
-
Increase industrial support for research through multi-company participation.
-
Leverage company research funds using university resources.
-
Foster long-term industry-university relations that provide alternatives
to federal support.
-
These centers focus on research issues relevant to industrial needs
and technological advancement, providing a forum for faculty and industry
to interact and to define an agenda of projects of mutual interest.
They also involve graduate students in the research projects, providing
them with an industrial perspective on research.
-
The I/UCRCs also enjoy the ability to apply for funds from a variety
of NSF programs. NSF also helps pay these centers’ administrative
costs. Clearly, the big advantage of this concept is a comprehensive
cooperative research effort in which no one organization supports
all of the principal costs.
Becoming
a CDADIC Member
Membership requires payment of an annual fee of $50,000. Associate
memberships also are available for $25,000 annually for companies with
annual gross sales of $25,000,000 ($25 million) or less. All membership
fees are used to support CDADIC research activities; no indirect costs
are charged. Member companies must share results of center-sponsored
research and have shared rights to intellectual property as described
in the CDADIC-industry contract.
More
Information
For more information contact us:
John Ringo
Director
Washington State University
College
of Engineering & Architecture
Pullman,
WA 99164-2780
Phone:
(509) 335-5595
Fax: (509) 335-7290
ringo@wsu.edu
|
Joanne
Buteau
University
& Corporate Relations
Washington
State University
College
of Engineering & Architecture
Pullman,
WA 99164-2780
Phone:
(509) 335-5379
Fax: (509) 335-7290
jbuteau@wsu.edu
|
R. Bruce
Darling
Co-Director
University of
Washington
Dept. of Electrical
Engineering
Electrical Engineering
Bldg.
Box 352500
Seattle, WA
98195-2500
Phone: (206) 543-4703
Fax: (206) 543-3842
bruced@u.washington.edu
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