Microelectronics and Materials Physics laboratories
Transcript of Microelectronics and Materials Physics laboratories
Industrial grade integration
Industrial grade integration into competitive solutions
Electroceramics
Nanostructured materials
Composites
Polymers
Micro- & nanomachining
Extrusion & injection moulding
Thin and thick films
LTCC
Best material for the application Process development expertise
45 employees Budget 2,6M€
(2012) >40 industrial
partners
3 doctoral degrees
annually
70+ research
projects
30+ scientific
journals annually
5 spin-offs founded
by group
memebers
Novel high-performance electronics and wireless
applications need in-depth materials knowledge and
processing expertise
We provide an inspiring research environment combining expertise
on three key areas:
• Fundamental research providing novel materials solutions
for electronics applications
• Industrially applicable solutions and processes enhancing
competitiveness of our partners
• Exquisite education for our students providing up-to-date
knowledge that remains valid for decades
OUR VALUE-CHAIN APPROACH BUILDS ON SOLID MATERIALS
SCIENCE AND PROCESS DEVELOPMENT EXPERTISE
Electronics applications Wireless components, Printable electronics
Actuators & sensors, Photonics, Energy harvesting
Process development Micro & nanomachining, Extrusion & injection moulding, Thin & thick films, LTCC
Materials science Electroceramics, Nanomaterials,
Composites, Polymers
Multi-
disciplinary
research
Problem-
oriented
approach
BROAD RANGE OF MATERIALS AND PROCESSING TECHNIQUES PROVIDES
MOST APPROPRIATE MATERIAL SOLUTION FOR THE PROBLEM
Ferroelectric
and
dielectric
materials
Piezoelectric
materials Composites
Pastes for
high
accuracy
printing
LTCC
materials
and devices
Materials excellence through
interesting applications
Novel applications
through innovative use
of materials
Integration of materials
and applications: Characteristics and
properties change when
integrated!
Development of new
materials for electronics
applications
OUR TEACHING IS CLOSELY LINKED WITH
LATEST RESEARCH AND INDUSTRY NEEDS
Industry
links
Exquisite
teaching
World-class
materials
research
Students for
industry needs:
•Industry lectures
•Industry driven
projects
Close linkage of research
and industrial applications:
•New materials solutions for
real applications
•Industry driven projects
Teaching that enables students to understand beyond current
applications
•Inspiring teaching with state-of-the-art equipment
•Fundamental subjects that remain valid for decades
OUR EXTENSIVE EQUIPMENT ENABLES US TO DEVELOP
MULTIDISCIPLINARY MATERIALS SOLUTIONS FOR ELECTRONICS
APPLICATIONS
Wide range of processing and measurement
capabilities
Electroceramics and thick film processing
Thin film and laser processing
Materials research and measurement equipment
Electronics testing equipment
Multi-skilled team for taking full benefit from the
equipment
Materials
Chemistry
Physics
Electronics
Telecommunications
OUR LABORATORY IS AN ATTRACTIVE CHOICE FOR STUDENTS AND
RESEARCHERS BECAUSE WE:
• Provide multidisciplinary high-quality education with career alternatives
for students Develop closer linkage of education with industry
Educates students with both skills for industry and knowledge to adapt to challenges for decades
Support clear career plans of students and researchers by careful planning and
tutoring/mentoring from more experienced employees and partners
• Create a dynamic and inspiring research environment with up-to-date
facilities Cooperative and multidisciplinary research team with up-to-date facilities and equipment
Extensive partner network with complementary expertise and facilities
Having fun while doing it
We have good facilities and
nice working environments,
nice cooperation and team
working spirit.
Many years of experience; we can
design; manufacture and test our
applications in the laboratory. also
material development for the
project is possible.
We have talented researchers from
chemistry; physics and electrical
engineering working together. We
can do both material and application
oriented research in unison.
The teaching is exquisite. The laboratory
cares for the students to really understand
what they are studying. The staff is very
friendly. The courses are interesting and
practical works are unique.
Laboratory personnell: Why are we good at what we are
doing?
Due to your expertise in
Microelectronics and especially
characterisation and processing
of Ceramic materials.
Collaboration has been
easy and we urge to
continue and deepen
it.
Materials technology
expertise is superior.
Also because you are
situated close - Easy to
communicate
Industrial partners: What makes us a good partner?