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Laboratory for Microfluidic
Transport Phenomena –
Prof. Dongqing Li,
Dept. of Mech. & Indust. Eng., Univ. Toronto
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Microfluidics Laboratory
– Prof. Steve Werely, Dept. of Mech. Eng., Purdue Univ.
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Paul Yager’s Laboratory – Prof. Paul Yager, Dept. of Bioengineering, Univ.
Washington
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Micromanufacturing Laboratory – Prof. Chang-Jin (CJ) Kim, Dept. of Mech. Eng., UCLA
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Quake Group – Prof. Stephen Quake, Dept. of Applied Physics,
CALTECH
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Abbott Laboratory – Prof. Nicholas L. Abbott, Dept. of Chemical & Biological
Eng., Univ. of Wisconsin-Madison
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Prof.
Roger D. Kamm,
Dept. of Mech. Eng., MIT
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M^2B (Microtechnology, Medicine, Biology
Laboratory) – Prof.
David J. Beebe,
Dept. of Biomedical Engineering, Univ. of Wisconsin-Madison
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Prof. Hsueh-Chia
Chang's Laboratory, Dept. Chem. Eng., Univ.
Notre Dam
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Microfluidic Research and
Engineering Laboratory – Prof. Sandra M. Troian, Dept. of Chem. Eng., Princeton Univ.
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Fluid Mechanics Laboratory, Prof. Dorian Liepmann, Dept. of Mech. Eng., UCB
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BERKELEY
SENSOR & ACTUATOR CENTER
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Lawrence Berkeley National
Laboratory
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BioPOEMS – Prof. Luke P. Lee, Dept. of Bioengineering,
UCB
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Roukes Group – Prof. Michael L. Roukes, Dept. Appl. Phys. and
Bioengineering, Caltech
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Prof.
Lydia Sohn – Dept. of Mech. Eng., UCB
General Purpose MEMS Sites
- University of
Wisconsin's short course on MEMS
- Answers questions such
as: What is MEMS? Where are MEMS used? Why is MEMS useful? How are MEMS
made? ...
- University of Colorado's
online presentations on MEMS technology
- Presentations on topics
such as an Introduction to MEMS, RF MEMS, Optoelectronic MEMS, and
Materials and Reliability
- Dr. Daniel
Banks' Microengineering Overviews
- Gives short overviews of
topics such as microengineering, photolithography, silicon
micromachining, mask design, microsystems, microsensors,
microactuators, and and microcomponent assembly and packaging
- Introduction to Microengineering Supplement by Dr.
Daniel Banks
- More information on
microengineering including background, the effect of microengineering
on future business, applications for microengineering, and
microengineering technology
- MEMS Learning Cybercenter
- This site refers you to
almost all sources of education about MEMS, including research being
done on MEMS by leading universities and national laboratories and
regional groups
- DARPA MEMS
- Official DARPA site with
information on sponsored MEMS research at various universities and
laboratories
- The
Manipulation of Single Biomolecules
- By monitoring the
response of individual protein and DNA molecules to pulling and
twisting, biophysicists can learn much about their structure and their
interactions.
Other MEMS research
sites
- Sandia
National Laboratories
- Sandia's state-of-the-art
fabrication technologies is highlighted by its SUMMiT V (Sandia's
Ultra-planar Multi-level MEMS Technology) process for designing
micromechanical systems in a five-layer process.
- ISI MEMS Clearinghouse
- This site is a source for
MEMS information and discussion, contains industry news and
announcements on upcoming symposiums and conferences, also contains
information on companies that provide MEMS products and services as
well as information on people and other organizations associated with
MEMS such as research centers, universities, and local MEMS
Associations
- JPL-CSMT
Home Page
- The Center for Space
Microelectronics Technology (CSMT) focuses on aspects of technology
that are unique to space applications. These areas of focus include:
sensors, microelectronics, innovative high-risk, high-payoff concepts
and devices, micro and nano size spacecraft, environmental and
biomedical space technology, high-performance computing both in space
and on the ground for mission data analysis and visualization and the
ability to integrate these systems.
- The Electronics
Subcommittee (ESC)
- The ESC provides Federal
interagency coordination for technical planning, budgeting, reporting,
and evaluation of Federal programs in electronics science and
technology and supports two-way communication on these programs within
the government and with the private sector.
- JTEC Panel Report on MEMs in Japan
- MEMS development in
Japan, MEMS-based sensors, Microactuators, Sensor-Circuit Integration
and System Partitioning, Packaging, Assembly, Testing, MEMS Design
Techniques, Applications, and Infrastructure
- European Information Clearinghouse on MST
- Joint effort by key
European players in microsystems technology (MST/MEMS), both from
industries and R&D, pursuing the following strategic goal: "To
promote microsystems technology uptake by European industries in order
to strengthen and secure Europe's competitiveness worldwide."
- MUMPS
Design Handbook by Cronos Integrated Microsystems
- Handbook on the Mlti-User
MEMS Processes (MUMPs) system used by Cronos (pdf format)
- The Sensors, Actuators and Microsystems Laboratory,
University of Neuchâtel, Switzerland
- SAMLAB created in 1982 by
the professor Nico F. de Rooij, has well-established expertise in
micro- and nanotechnology. Multi-disciplinary research activities have
encompassed many diverse applications from the life sciences to
telecommunications, such as microfabricated probes for atomic force and
near field optical microscopy, micromechanical devices for optical fibre
networks, discrete microsensors and miniaturised chemical analysis
systems for environmental and clinical analyses, and
micro-instrumentation for space research.
- MESA+, University
of Twente, The Netherlands
- MESA+ is the largest
research institute of the University of Twente. This multidisciplinary
institute focuses on the materials, technologies and systems of the
information society. Micro System technology, Micro-Electronics and
Materials Science are key words. The institute combines equal research
contributions from the disciplines of Electrical Engineering, Applied
Physics and Chemical Technology
- IMM, Insitute of Microtechnlogy Mainz, Germany
- IMM is a non-profit
research and development institute, founded and owned by the state of
Rhineland-Palatinate, a federal state of Germany. It is located in
Mainz. The ultimate goal of IMM is to transfer innovative ideas quickly
and efficiently into marketable products, helping its partners from
industry to achieve commercial success.
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Modified in Feb. 25, 2004
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