nanotechnology nanobiotechnology

distance study
programs
Master of
Science &
certificate
Postgraduate studies
Science & Engineering
Program information
Nanotechnology
master of science
Nanobiotechnology
certificate
characterization of nanomaterials
nanomagnetism
chip technology
nanomaterials
molecular biology
plasmonics
nanoelectronics
synthesis of nanoparticles
Well-organized
n
web-based communicatio
and interaction enable
e,
the students to save tim
altogether providing a
thoroughly enjoyable,
fun-filled and rich
learning experience.
Dr. Cenk Aktas
ology 2007, Head CVD/
Graduate of Nanobiotechn
te for New Materials
Biosurfaces, Leibniz-Institu
content
Preface
4
Characteristics of Advanced Scientific Study
6
Objectives, Structure and Organization
8
Academic Achievements and Examinations
16
Content of the Study Programs
26
Participating Institutions
36
Contact
42
3
I have received the
e
final certificate for th
.
nanobiotechnology course
e
For me it was a very nic
e
experience to participat
in this course and I really
en
appreciated the help giv
throughout the course.
Enrique D. Kreff
ology 2011,
Graduate of Nanobiotechn
Pioneer
ont
Dup
at
Research Scientist
preface
preface
welcome
The Distance and Independent Studies Center (DISC) is one of the leading establishments in Germany for distance-learning postgraduate courses. The establishment has more than 20 years of experience in developing and designing
academic courses for guided self-study.
The aim of this study guide is to answer the key questions you may have about
our Distance Learning Programs “Nanotechnology” and “Nanobiotechnology”
and to provide an outline of the structure of the courses.
This guide gives a short overview of the learning objectives of the courses,
structure and organization for each program, their contents and necessary examinations, and more detailed information on the participating institutions and
the University of Kaiserslautern.
We hope the study guide provides the information you need in order to decide
which of our postgraduate study programs is the most suitable for you.
Prof. Dr. Egbert Oesterschulze
Prof. Dr. Christiane Ziegler
Department of Physics
Physics and Technology of
Nanostructures
University of Kaiserslautern
Department of Physics
Group Interfaces, Nanomaterials
and Biophysics
University of Kaiserslautern
5
characteristics of advanced scientific study
What constitutes
advanced
scientific study?
advanced scientific study
requires the ability to pursue a course of study,
presupposes experience in conducting scientific work,
requires the student to confront and be confronted by different points of view,
utilizes scientific language, which is not always easy for “outsiders” to understand,
requires a willingness to reflect on and become attuned to new forms of
language and ways of thinking.
advanced scientific study does not provide
instant solutions which can be applied in the world of business,
easily consumable knowledge.
The world of continuing education is teeming with courses. One way to categorize these
offerings is to look at the target audience for each course. Some courses do not stipulate
any prior educational requirements. Anyone interested in tackling the program’s contents may sign up.
Other more specialized programs are only relevant for a limited target group. These classes are often restricted because they build upon the knowledge gained from a previous
academic degree. Advanced scientific study falls in this latter category.
Although, in principle, no one should be excluded from insights into the worlds of science
and research, it is simply not possible to avoid having some specific, basic entrance
requirements. A willingness to engage in the language of science is one crucial prerequisite. Another prerequisite is elementary scientific knowledge of the advanced subject
areas being taught.
characteristics of advanced scientific study
7
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objectives, structure and organization
Distance Studies
The essence of „distance“ study is that the student
does not go to the university but the university
virtually comes to the student. This means that in a
distance study program the lectures, exercises and
seminars, which normally provide the knowledge
about the subject matter, have been adapted to
written learning material. This material is provided
to the student online. The student can work on the
material independently from home as the necessary
instructions are provided together with the material.
Self-study, which takes place at home with learning
material, is being complemented by mandatory participation at events taking place at the university,
so-called „on-campus events“. This compulsory
attendance comprises of one weekend from the
first to the fifth semester. The reasons for the mandatory on-campus events are the in-depth analysis
of the study material and written examinations. An
additional goal is to get to know other students /
participants of the program and discuss different
experiences.
objectives of the programs
Nanotechnology and nanobiotechnology are both
highly interdisciplinary in nature since they combine
physical laws, chemical properties, and biological principles on the nanoscale. Hence, there are
already many examples of chemists, biologists, physicists and engineers with various specialties who
are working together in close collaboration in this
field. It is virtually impossible to push forward genuinely innovative developments using knowledge
from just one of these subject areas. Therefore, it
is an inescapable fact that any scientist or engineer
wishing to join this new discipline must acquire
additional knowledge in other specialties.
The “Nanotechnology” Master’s Distance Learning
Program is six semesters long and includes instruction in: semiconductor theory, quantum information
processing, characterization techniques of nanostructures, screening methods in biology, nanooptics, biomaterials for transplantation, manufacture
of ceramics and composites, the use of nanoparticles for drug delivery, nanoelectronics and nanomagnetism. This allows you to choose classes based
on your professional goals, be they in the semiconductor and electronics industry, IT, the automotive
industry, the chemical industry, biotechnology com-
panies, optics and laser technology, the pharmaceutical industry, medicine and medical technology
or the development and manufacture of new materials.
The “Nanobiotechnology” Certificate Distance Learning Program is two semesters long and combines
chemical nanotechnology, nanomaterials and biotechnology. These three technologies are expected
to have extraordinary importance on future scientific developments. This means graduates of this
distance learning program will have the potential to
enter any professional field where there is a demand
for knowledge about developing new materials with
multi-functional properties.
objectives, structure and organization
target groups
Both the “Nanotechnology” and “Nanobiotechnology” Distance Learning Programs at the University of Kaiserslautern are aimed at graduates in engineering, natural sciences and medicine. If you have an engineering, natural sciences or medicine degree, you may meet the eligibility requirements for one or both of the
programs. Since both programs are thematically similar and share some teaching materials and laboratories,
you should consider not only the course content but also the target group for each program:
The “Nanotechnology” Program targets graduates
of a university or a university of applied sciences
with a degree in a natural science, engineering
subject or in medicine who are already working in
a relevant field. This is a full-blown Master of
Science (M.Sc.) program as opposed to the “Nanobiotechnology” Program. This program includes
more on-campus weekends with lab work and
requires writing a master’s thesis during the final
semester.
The “Nanobiotechnology” Certificate Program is
also targeted at graduates of a university or university of applied sciences with a degree in a natural
science, engineering subject or in medicine but
who are not striving for a further academic degree.
Instead, it is directed at professionals who need
continuing education in the field of nanobiotechnology.
course length
The standard course length for the “Nanotechnology” Program is six semesters (90 credits). The standard
duration of the “Nanobiotechnology” Program is two semesters. Both programs start every year in October.
9
objectives, structure and organization
admission requirements
The requirement for being admitted to the “Nanotechnology” Master’s Program is a completed
undergraduate course of studies in either engineering, science or medicine, taken at a university or
university of applied sciences. A minimum of one
year’s relevant work experience after the first degree
is also required.
work of Reference for Languages): C1, a Cambridge
Certificate of Proficiency (CPE): Grade C, IELTS: 6.0,
TOEFL Computer: 213, or TOEFL Paper: 550. If you
have acquired English language skills otherwise,
e.g. from your education or occupation, please fill
in this declaration and send it with your application
documents:
With the application for acceptance to the master’s
program you have to write a confirmation that an
appropriate institution is willing to supervise your
master thesis topic. An attestation of the institution
must be submitted to the Student’s Administration
Office by the end of the fourth semester.
http://www.zfuw.uni-kl.de/fileadmin/downloads/
pdf/Zulassungsvoraussetzungen/Declaration_of_
proficiency_in_English_05-2014.pdf
Applicants may also be accepted who have corresponding work experience but have not graduated
from a university. They must hold a diploma qualifying for university admission, be able to prove
several years of relevant work experience and pass
an aptitude test. More information about the admission requirements and the aptitude test can be
found on the website of the DISC.
For the enrolment to the “Nanotechnology” Master’s
Program a sufficient proof of English proficiency is
necessary. This can be evidenced by an English-language first degree Common European Framework of
Reference for Languages (Common European Frame-
To apply for the “Nanobiotechnology” Certificate
Program, you must also have a minimum of a bachelor’s degree in the relevant fields from an accredited
university or university of applied sciences but no
work experience is required.
You may change to the “Nanotechnology” Master’s
Program during or after successful completion of
the “Nanobiotechnology” Certificate Program if you
meet the eligibility criteria and a place is available. Partial credit can be granted for work done in
the “Nanobiotechnology” Program. If you lack the
necessary work experience to enroll in the master’s
program, you might consider first enrolling in the
“Nanobiotechnology” Program and then continuing
on to the “Nanotechnology” Program at a later date.
technical requirements
To successfully participate in the distance learning
programs, you are expected to have sufficient computer and Internet skills, as well as access to the
necessary technical resources. This means you must
be capable of configuring your browser, conducting Internet searches, saving pages and graphics,
creating and sending emails, adding attachments
to emails, installing programs, downloading files,
etc. Moreover, you should be able to solve minor
computer problems yourself. You should also have
a smoothly functioning method already in place for
accessing the Internet, including the ability to adjust
any existing firewalls to allow your Internet access to
function properly.
objectives, structure and organization
application and enrollment
The application period for the “Nanotechnology”
Master’s Program runs from mid-May to mid-July
each year. Current application deadlines can be
found at: www.zfuw.uni-kl.de/en. Matriculation is
possible only in the winter semester (October). For
the Master program please send the application
form, certificates about your first university degree,
about your work experience, about your English language skills and the declaration about the coaching
of your Master‘s thesis to:
The application period for the “Nanobiotechnology”
Certificate Program runs from May until September each year. Further information can be found at:
www.zfuw.uni-kl.de/en. This study program also
starts every year in October.
Abteilung für Studienangelegenheiten
P.O. Box 3049
D-67653 Kaiserslautern
DISC
P.O. Box 3049
D-67653 Kaiserslautern
Be aware that admission to the study program
„Nanobiotechnology“ requires a certified copy of
your degree certificate or university qualification
which should be mailed to:
11
study interruption
It is possible to take a semester off (Urlaubssemester) but it is highly recommended that this is only done
after consulting with the DISC staff in advance. Such a break is possible only at the end of each semester, as
is dropping out of the program entirely (Exmatrikulation).
95 %
of all students
would recommend
DISC to friends
and acquaintances.
objectives, structure and organization
objectives, structure and organization
costs
Cost for the “Nanotechnology” Master’s Program
is € 4,500. This covers all course-related costs
(programmaterials, participation in online phases,
on-campus events, etc.). This fee covers neither the
costs of travel and accommodation, nor the university registration fee of € 90 per semester. In addition, you have to pay a one-time Master examination
fee of € 500 to cover the cost of your thesis. Payment
is made in six installments of € 750 each, due at the
beginning of each semester. The Master examination fee has to be paid when you register to submit
your master’s thesis. These fees are not subject to
German VAT and are taxdeductible. The course fee
for the “Nanobiotechnology” Certificate Program is
€ 1,500. This covers all course-related costs (program materials, participation in online phases,
on-campus events, the examination and any associated administrative costs). This fee does not cover
the cost of travel and accommodation. Payment is
made in two installments of € 750 each; the first
installment is due at the end of September, and the
second installment at the beginning of March.
final certificates
Once you have completed all the requirements for
the “Nanotechnology” Program, you will be awarded
a “Master of Science” (M.Sc.) diploma. You will also
receive a transcript of your grades and a Diploma
Supplement, which is given by most universities
within the European Union to provide an overview
of the university and grading structure within each
country along with explanatory information about
each specific university’s course requirements and
grading methods. Upon successful completion of
the “Nanobiotechnology” Program, you will receive
a certificate from the University of Kaiserslautern.
The certificate lists all your academic achievements
and the examinations taken, as well as the laboratory subjects. If you do not wish to take any examinations, you will receive a certificate of participation.
study time
It is estimated that the “Nanotechnology” Program
requires approximately 15-20 hours of study time
per week and the “Nanobiotechnology” Program
some 10-18 hours per week. This time is particularly
crucial at the start of the course since, as a rule, it
will take more time to find your personal working
and learning style, and to accustom yourself to the
course contents and online learning environment.
The actual study time required depends on a number of factors: your individual study habits, your
personal and professional situation, and your prior
knowledge. The “Nanotechnology” Program also
requires five on-campus weekends (Friday-Sunday);
the “Nanobiotechnology” Program requires two
such weekends.
Obviously, it is highly unlikely you will be able to
continue your previous activities and hobbies in the
same manner if you intend to properly complete the
required course work. We strongly advise you realistically assess your working capacity, your interests
and existing time commitments before applying for
one of these programs.
13
objectives, structure and organization
learning environment
and study materials
Both courses consist primarily of independent study
modules which are supplemented by on-campus
weekends – two for the “Nanobiotechnology” Certificate Program and five for the “Nanotechnology”
Master’s Program. The independent coursework
is supplemented by online tutorials in a specially
developed learning environment. In the tutorials,
a scientist (sometimes the author of the textbook)
answers your questions about the course contents
or about the assignments. Our learning environment
utilizes multiple teaching methods. We start with
basic didactic course materials (textbooks). The contents of each module are available in PDF format and
are supplemented by overviews, images and links to
more examples or further materials. We also include
non-mandatory assignments which include problem-solving hints and tips to provide more practice
and promote in-depth reflection. Each course cont-
ains a glossary in which key terms from the respective course units are clarified. The communication
area is the core of our learning environment. This
is where you will find discussion forums for each
study unit, a calendar, etc. Students can meet in
chat rooms for social exchanges and discussions.
You can also create your own personal profile within the learning environment, making it possible to
put faces to your online discussion partners. These
will be the same people you will meet at on-campus
events.
We expect all students to actively participate in the
course on a regular basis. This means you should
visit the learning environment at least 2-3 times a
week, as well as check your emails several times a
week.
on-campus phases
An on-campus phase takes place at the end of each
semester for all participants in both programs; the
exception is the last semester of the “Nanotechnology” Master’s Program. All on-campus phases are
scheduled in a compact format: two-day chunks
which are held on weekends. An additional voluntary information day takes place on campus, typically in November at the start of the program. The
goal is to become acquainted with the university,
the tutors and fellow students. A few months before
any on-campus event, you will receive the schedule
and registration forms.
On-campus weekends give you an opportunity to
do more in-depth study, take your written exams
and do the practical lab work. It’s also an important opportunity to meet your fellow students, share
experiences and form study groups.
The DISC takes no responsibility for accommodations during on-campus weekends, but we do offer
assistance in searching for it.
objectives, structure and organization
In many areas of the industry
nanotechnology is becoming a
cross-sectional technology. Future
employees in the industry
will be expected to have already
dealt with the topic areas of
nanotechnology during their studies.
Prof. Dr. Egbert Osterschulze
slautern
Department of Physics, University of Kaiser
” Program
ology
techn
“Nano
the
of
Head
ific
and Scient
comparison of both
distance study programs
distance study
„nanotechnology“
distance study
„nanobiotechnology“
Duration
6 semesters
2 semesters
Weekly
work load
Approx. 15 -20 hours, depending
on your previous knowledge
Approx. 10-18 hours, depending on
your previous knowledge
Final thesis
Master thesis during 6th semester
None
Degree
Master of Science (M.Sc.)
Graded certificate from the
University of Kaiserslautern
Admission
requirements
Minimum of a bachelor’s degree from
an accredited university or university of
applied sciences in a natural science,
medicine or engineering subject
A minimum of one year’s relevant work
experience
Declaration that an appropriate
institution is willing to collaborate
with you on a thesis topic
Minimum of a bachelor’s degree from
an accredited university or university of
applied sciences in a natural science,
medicine or engineering subject
Costs
€ 750 and € 90 registration fee
per semester, One-time € 500 fee
for the master’s thesis
€ 750 per semester
15
academic achievements and examinations
Mail-in exercises,
examinations and
laboratory sessions
As with any course of study, a student’s progress in either the “Nanotechnology”
or “Nanobiotechnology” Program must be verified. We use a combination of:
written solutions of exercises which are then mailed to us,
examinations,
laboratory sessions.
Progress in the different modules is always checked by either mail-in exercises
or by exams. The methods are not combined. Mail-in exercises will be sent to
you at the beginning of each semester with respective due dates. Completed
mail-in exercises must be sent to the Distance and Independent Studies Center (DISC). If at least 30-50% of the tasks are solved correctly, you will pass
the module. Written exams are required for all modules without mail-in exercises. These last 45-120 minutes. The examination modalities are determined
by the examiner and communicated to you in time to prepare. Examinations
are always held during on-campus weekends so that a separate journey to Kaiserslautern for exams is not necessary.
Some subjects are complemented by lab work. It is assumed that you will have
worked through the corresponding teaching materials before the lab sessions.
Nevertheless, you should not be afraid to discuss any unclear points with your
laboratory supervisors.
academic achievements and examinations
17
nanotechnology
academic achievements and examinations
academic achievements and examinations
master’s program at a glance
Sem. Module (credits)
subject
assessment
1
Fundamentals of
Quantum Mechanics (5)
Fundamentals of
Quantum Mechanics
Mail-in exercises
1
Fundamentals of Molecular
Biology, Genetics (5)
Fundamentals of Molecular
Biology, Genetics
Written exam
1
Solid State Physics (5)
Solid State Physics
Written exam
Solid State Physics and
Molecular Biology
On-campus weekend
1
Belongs to: Fundamentals
of Molecular Biology and
Solid State Physics modules
2
Technology of Microand Nanosystems
Mail-in exercises
Technology of MEMS
and NEMS (6)
Lab in the Cleanroom
On-campus weekend
2
Physics option: Quantum
Information Processing (5)
Quantum Information
Processing
Mail-in exercises
2
Semiconductor Theory and
Device Physics (5)
Semiconductor Theory
and Device Physics
Written exam
Characterization
of Nanostructures
Screening Methods in
Biology, Chip Technologies
Written exam
Characterization
of Nanostructures
(AFM,STM,SEM,EDX)
On-campus weekend
Written exam
Nanooptics (6)
Metamaterials and
Photonic Crystals
Plasmonics
Written exam
Nanomaterials 1 (7)
Processing Ceramics
and Composites
Physical and Chemical
Synthesis of Nanoparticles
3
3
4
Analytical Techniques in
Nanotechnology (12)
Continued on next page
19
academic achievements and examinations
Sem. Module (credits)
4
Chemistry option:
Nanomaterials 2 (5)
4
Belongs to: Analytical
Techniques in
Nanotechnology module
4/5
Nanomaterials 3 (5)
5
Transport in
Nanostructures (7)
subject
assessment
Nanotechnologically
Modified Biomaterials
Carbon Nanomaterials
Mail-in exercises
Microarray Workshop
On-campus weekend
Self-assembly
Mail-in exercises
Computer Simulations and
Modeling in Nanotechnology
Nanoelectronics
Nanomagnetism
Written exam
Nanoelectronics
On-campus weekend
Molecular Nanosystems
Nanoparticles as
Therapeutic Drug
Carrier and Diagnostics
Mail-in exercises
5
Biology option:
Applications of
Nanotechnology (5)
Nanotechnology in its
Societal Context: Philosophy, Ethics, Regulation
Mail-in exercises
5
Nanotechnology in its
Societal Context: Philosophy,
Ethics, Regulation (2)
6
Master Thesis (20)
The “Nanotechnology” Program is divided into
three segments: the basic course (first semester),
advanced studies (second-fifth semesters) and
the master’s thesis (sixth semester). The entire
program consists of 14 modules plus the master’s thesis. Three modules are optional but you
must choose one: Quantum Information Processing (second semester), Nanomaterials 2 (fourth
semester), or Applications of Nanotechnology (fifth
semester). The following table lists the subjects for
each module, study requirements and exams. The
on-campus weekends conclude with written examinations which will be graded. You will receive ungraded performance records for all mail-in exercises.
The thesis is usually written during the sixth semester with a six-month window for completion. If you
have not yet passed all the necessary examinations
when registering for the thesis phase, the following
documents have to be submitted: evidence you have
successfully completed the first two semesters;
evidence you have successfully passed two of the
necessary exams from the third-fifth semesters, and
evidence of participation in two on-campus events
from the third-fifth semesters. The external master’s
thesis work required by this program must be approved by the Examination Board (Prüfungsausschuss).
You should allow sufficient time for the Examination
Board to authorize any equipment and the supervisory situation associated with your thesis.
academic achievements and examinations
21
nanobiotechnology
academic achievements and examinations
academic achievements and examinations
certificate program at a glance
This course consists of 12 subjects and two on-campus weekends. The following table lists the required subjects
along with criteria for completion.
Sem. subject
assessment
1
Fundamentals of Quantum Mechanics
Mail-in exercises
1
Fundamentals of Molecular Biology, Genetics
Written exam
1
Nanoparticles as Therapeutic Drug Carriers and Diagnostics
Mail-in exercises
1
Molecular Nanosystems and Biosensors
Mail-in exercises
1
Characterization of Nanostructures
Written exam
1
Screening Methods in Biology, Chip Technologies
Written exam
1
Characterization of Nanostructures (AFM, STM, SEM, EDX)
On-campus weekend
2
Physical Synthesis of Nanoparticles
Written exam
2
Chemical Synthesis of Nanoparticles
Written exam
2
Processing Ceramics and Composites and their Applications
Written exam
2
Processing Coatings and their Applications
Mail-in exercises
2
Interaction between Biological and Non-biological Devices
Written exam
2
Nanotechnologically Modified Biomaterials
Mail-in exercises
2
Microarray Workshop
On-campus weekend
23
academic achievements and examinations
academic achievements and examinations
labs held during
on-campus weekends
Sem. “nanotechnology”
Solid State Physics and Molecular Biology
1
Department of Physics,
University of Kaiserslautern
“nanobiotechnology”
Characterization of Nanostructures: Atomic
Force Microscopy, Scanning Tunneling
Microscopy, Scanning Electron Microscopy
Department of Physics,
University of Kaiserslautern
2
3
Technology of Micro- and Nanosystems:
Work in the Cleanroom: UV-Photolithography
and Lift-off
Screening Methods in Biology, Chip
Technologies Microarray Workshop: gene
expression under heat shock conditions
Nano Structuring Center,
University of Kaiserslautern
Institute of Technical Chemistry,
University of Hannover
Characterization of Nanostructures:
Atomic Force Microscopy, Scanning
Tunneling Microscopy, Scanning
Electron Microscopy
Department of Physics, University
of Kaiserslautern and Diagnostics
4
Screening Methods in Biology,
Chip Technologies Microarray Workshop:
gene expression under heat shock
conditions
Institute of Technical Chemistry,
University of Hannover
5
Nanoelectronics
Forschungszentrum Jülich
25
Three key technologies will
tion
shape the 21st century: informa
nanotechnology, biotechnology, and
ry field
technology. The interdisciplina
ites
of nanobiotechnology, which un
nothe innovation potential of na
e
and biotechnology, is therefor
future.
particularly promising for the
Prof. Dr. Christiane Ziegler
sity of Kaiserslautern and
Department of Physics, Univer
chnology” Program
Scientific Head of the “Nanobiote
content of the study programs
27
content of the study programs
content of the study
programs
You will find the contents of our textbooks below. Some are used in both courses, some in only one. They
are labeled accordingly – “Nanotechnology” (NT) or “Nanobiotechnology” (NBT). The preceding tables
show in which classes/semesters the books will be used.
fundamentals of quantum mechanics (nt, nbt)
Classical and quantum physics
The Schrödinger equation
One-dimensional systems
Two- and three-dimensional systems
Time-dependent phenomena
fundamentals in molecular biology, genetics (nt, nbt)
Basics in chemistry
DNA and RNA
From amino acids to proteins
The flow of genetic information
Molecular biology of gene function
Regulation of gene expression
Alteration of genetic information
Recombinant DNA technology
Important techniques in molecular biology
Genomics
Biology in the computer age
solid state physics (nt)
Chemical bonding in solids
Structure of crystalline solids
Diffraction from periodic structures
Dynamics of atoms in a periodic crystal
Thermal properties of solids
Free electrons in a solid
Magnetism
Motion of electrons and transport phenomena
Dielectric properties of solids
Semiconductors
Superconductivity
content of the study programs
29
technology of micro- and nanosystems (nt)
Semiconductor road map
Technologies
Deposition: chemical /physical vapor
deposition, plasma assisted
deposition, epitaxial growth
Structuring: wet etching, dry etching
(sputtering, reactive ion etching),
focused ion beam milling
Structure definition: photon lithography
(UV, EUV), particle lithography
(E-Beam, FIB), soft lithography,
nanoimprinting, nanoscribing
Next Generation Lithography (NGL):
MEMS /NEMS (micro- and nanoresonator)
Quantum Information Processing (nt)
Single qubit operations
Quantum correlations and two-qubit operations
Experimental platforms for quantum
information processing
Quantum cryptography
Quantum algorithms and quantum computation
content of the study programs
31
semiconductor theory and device physics (nt)
Electromagnetic fields and many–level systems
Crystal structures and the reciprocal lattice
Electronic band structures in
semiconductors: general methods
Electronic states and transitions around the gap
Phonons and elasticity theory
Optical properties of semiconductors
characterization of nanostructures (nt, nbt)
Prerequisites for resolution
on the nanometer scale
Overview on experimental aspects
Microscopic techniques
Spectroscopic and spectrometric techniques:
chemical composition
Spectroscopic techniques: electronic structure
Spectroscopic techniques: vibrational
and magnetic structure
screening methods in biology, chip technologies (nt, nbt)
Traditional screening of genes
and gene expression
High-throughput screening
Chip technologies
Gene expression analysis by RNA-Seq
Protein chip technologies
Aptamer microarrays
Cell and tissue microarrays
Lab-on-a-chip
metamaterials and photonic crystals (nt)
Interaction of light with matter
Photonic crystals
Photonic metamaterials
plasmonics (nt)
The optical properties of metals
Surface plasmon polaritons
Localized surface plasmons
Selected applications of
nanoplasmonics: nanoantennas
processing ceramics and composites (nt, nbt)
Overview nanotechnology
Synthesis of nanosized powders
Characterization of nanopowders
Dispersing
Aerosols
Shaping
Drying
Modification
Sintering
Characterization
processing coatings (nbt)
Basics of inorganic-organic nanocomposites
Processing coatings
Characterization of the cured coating
Analytical methods for the
characterization of the liquid sol
physical synthesis of nanoparticles (nt, nbt)
Nanoparticle movement and interaction
Nucleation and growth
Gas-phase synthesis
Nanoparticle reactor design
Nanoparticle formation on substrates
Ball milling techniques
content of the study programs
chemical synthesis of nanoparticles (nt, nbt)
Basic mechanisms in liquid phase processes
Reduction processes and coprecipitation
Sol-gel nanoparticle synthesis
Synthesis in confined volumes
Synthesis using diblock copolymers
Template based synthesis
Gas-phase methods
interaction between biological and
non-biological devices (nbt)
Types of interactions on atomic
and molecular level
Molecularly derived types of interactions
between biology and biological as
well as non-biological substrates
How does nature make use of adhesive
and anti-adhesive interactions?
From microscopic to macroscopic scales
nanotechnologically modified biomaterials (nt, nbt)
Biomaterials
The interface biomaterial-biological system
Biomaterial properties control
interactions with the biological system
Nanotechnological aspects of biological systems
Nanotechnological tools improve biomaterials
Nanosized materials for tissue engineering
Nanotoxicology
carbon nanomaterials (nt)
Synthesis of carbon nanomaterials
Purification, separation, and characterization
of carbon nanomaterials
Handling of carbon nanomaterials
Physics of carbon nanomaterials
Electrical measurements
Applications
Safety
computer simulations and modeling in
nanotechnology (nt)
Interatomic interaction
Molecular statics
Molecular dynamics
Computational chemistry
Stochastic techniques
Molecular orbitals and binding
A primer on quantum chemistry
33
nanoelectronics (nt)
Two-dimensional electron gases
and semiclassical transport
Ballistic electronics
Electronic interference
Quantum dots
nanomagnetism (nt)
Basics of magnetism
Techniques to measure magnetic properties
Domains and domain walls
Simulations of static and dynamic
micro- and nanomagnetic phenomena
Magnetic nanoparticles
Magnetic nanowires
Two-dimensional magnetic nanostructures
Three-dimensional magnetic nanomaterials
molecular nanosystems (nt, nbt)
Importance of movement for living systems
ATP synthase
Kinesin, dynein and myosin: motors
for linear, intracellular transport
biosensors (nbt)
Sensors and biosensorss
Nanoelectromechanical transducers
Biosensing applications
nanoparticles as therapeutic drug
carriers and diagnostics (nt, nbt)
Features of polymeric nanoparticles
Preparation and characterization of nanoparticles
Recent developments in pharmaceutical
nanoparticles technology
Therapeutic applications of
nanoparticular carrier systems
Nanoparticles as diagnostics
nanotechnology in its societal context:
philosophy, ethics, regulation (nt)
Approaching nanotechnoscience
The incredible tininess of nano
The nanomachinery of life
From dead matter to smart materials
Nanomagic
Enhancement debates
Green nano
Responsible development
Collective experiments
content of the study programs
35
participating institutions
department of physics at the
university of kaiserslautern
The physics department has existed since the university was founded in 1970 as part of the twin University of
Trier-Kaiserslautern (see below). The physics department is divided into 21 groups.
Experimental Physics:
Ultrafast phenomena at surfaces, ultrafast photonics
and Terahertz physics, laser measuring techniques,
biophysics and short pulse spectroscopy, physics
and technology of nanostructures, ultra-cold quantum gases and quantum atom optics, biophysics
and medical physics, medical physics, quantum
physics of individual atoms and ultracold quantum
gases
Theoretical Physics:
Foundations of quantum physics, fundamentals of
solid-state and multi-particle systems, quantum
optics, condensed matter theory and quantum
optics, theoretical semiconductor optics
Experimental Physics/Technical Physics:
Integrated optoelectronics and microoptics, magnetism
Applied Theoretical Physics:
Ultrafast laser-excited solid-state physics
Technical Physics:
Interfaces, nanomaterials and biophysics,
optical technologies and photonics
Technical Physics/Computer simulation:
Computer simulation and material sciences
Didactics:
Didactics of physics
participating institutions
The following degrees/certificates are
offered by the Department of Physics:
Diploma in Physics
Diploma in Biophysics
Bachelor of Physics (B.Sc.)
Master of Physics (M.Sc.)
Secondary school teacher – Physics
The two latter programs are a collaborative effort
between the Department of Physics, the Department
of Electrical Engineering and Information Technology, and the DISC. In addition, individual physics
courses for students in other disciplines are offered.
The Nano Structuring Center (NSC) is located in the
Department of Physics.
The existing expertise in the field of nanotechnology in the physics department was recognized
with the establishment of the State Research Center OPTIMAS (optics and materials science) in 2008.
OPTIMAS consists of research groups from the university departments of Physics, Chemistry, Electro
and Computer Engineering as well as Mechanical
and Process Engineering. In addition, the depart-
Vocational school teacher – Physics
(available only as a minor or elective)
Certificate in Medical Physics and
Technology (distance study)
Master of Science in Medical
Physics (distance study)
ment „Materials Characterization and Testing“ of
the Fraunhofer Institute for Physical Measurement
Techniques (IPM), the Nano Structuring Center (NSC)
of the University of Kaiserslautern, the Institute for
Surface and Thin Film Analysis (IFOS), the Institute
for Composite Materials) (IVW), and the Photonik-Zentrum Kaiserslautern (PZKL) are partners of
OPTIMAS.
OPTIMAS members are part of many cutting-edge
national and international research programs. OPTIMAS seeks to expand the nationally and internationally recognized research and training programs
at the University of Kaiserslautern which focus on
quantum optics, photonics, spintronics, molecular/
magnetic functional materials and nanostructures.
Contact
“Nanotechnology” Scientific Head:
Prof. Dr. Egbert Oesterschulze
Phone: +49 (0)631/205-2680
Fax: +49 (0)631/205-2394
Email: [email protected]
“Nanobiotechnology” Scientific Head:
Prof. Dr. Christiane Ziegler
Phone: +49 (0)631/205-2855
Fax: +49 (0)631/205-2854
Email: [email protected]
37
participating institutions
Distance and INDEPENDENT
Studies Center
The Distance and Independent Studies Center (DISC) was founded in 1992 as the „Center for Distance Learning and University Education“ (ZFUW). We are a central scientific institution of the University of Kaiserslautern. Our task comprises of launching and developing new course offerings for further education for university
graduates.
The variety of measures, which are provided in cooperation with the departments of the University of Kaiserslautern, include postgraduate distance study programs with different durations and degrees. All distance
study programs can be studied part-time. Currently, around 3.800 students from all over Germany, neighbouring countries and overseas are enrolled in the following study programs:
Department „Human Resources“
Adult Education (Master of Arts)
Human Resources Development (Master of Arts)
School Management (Master of Arts)
Department „Management & Law“
Management of Health and
Social Institutions (Master of Arts)
Economy and Management (Master of Arts)
Commercial Law for Business Practice
(Master of Laws)
Department „Science & Engineering“
Medical Physics (Master of Science)
Medical Physics and Engineering (Certificate)
Child Psychology: Learning and Learning
Disabilities (Master of Science)
Software Engineering for Embedded Systems
(Master of Engineering)
Systemic Management (Certificate)
Systemic Consulting (Master of Arts)
Organizational Development (Master of Arts)
Management of Cultural and Non-Profit
Organisations (Master of Arts)
Sustainable Development Cooperation
(Master of Arts)
Structural Fire Protection and Safety
Engineering (Master of Engineering)
Nanobiotechnology (Certificate)
Nanotechnology (Master of Science)
The program is a cooperative venture between the Distance and Independent Studies Center (DISC) and the
Department of Physics at the University of Kaiserslautern. The program is organized and run by the DISC. The
following sections provide more detailed information on both departments.
39
participating institutions
the university of
kaiserslautern
history
The University of Kaiserslautern was founded on July
13 July, 1970. It started as part of the twin University
of Trier and Kaiserslautern. In the winter semester of
1970/1971, 191 new students enrolled in the new
Department of Mathematics, Physics, and Technology. In 1972, the creation of the Departments of
Chemistry and Biology reinforces the new institute’s
specialized scientific focus. At the same time, the
Department of Technology was split into the departments of Mechanical Engineering and Electrical
Engineering, Architecture/Regional and Environmental Planning/Educational Sciences. In 1975, the University of Kaiserslautern became independent when
it separated from the University of Trier. The following
departments, which were established successively,
continued to strengthen the university‘s scientific
character: Electrical Engineering, established in 1975
became Electrical and Computer Engineering (1999),
Computer Science (1975), Engineering (1975)
became Mechanical and Process Engineering in 1995,
Architecture/Regional and Environmental Planning/
Civil Engineering (1978-1979), and Social and Economic Studies (1985) which separated in 2003 into two
independent departments. The official name of the
university is Technische Universität Kaiserslautern
according to according to the Higher Education Act
(Hochschulgesetz) of the state Rhineland-Palatinate.
studies and Outlook
Future oriented programs, education with practical
orientation, and a modern infrastructure: these are
the conditions for students at the University of Kaiserslautern. Since it was established in 1970, Rhineland-Palatinate’s only technology- and natural
science-oriented university has gained a considerable reputation which is comparable to the well-established technical universities. This is evident in the
latest German university rankings, which were carried
out by Stern, der Spiegel, Centrum für Hochschulentwicklung (Center for University Development) – and
the Humboldt-Stiftung (Humboldt Foundation); the
University of Kaiserslautern achieved top rankings
in multiple categories in these surveys. Prospective
engineers and natural scientists will be well prepared
for their careers while studying at the University of
Kaiserslautern. Internships in business and science,
as well as living/studying abroad, are part of an academic education that is closely related to professional
practice. Students can benefit from numerous wellknown research institutes on and near the campus
that cooperate closely with the university. This so-called Science Mile includes: Deutsches Forschungszentrum für Künstliche Intelligenz (German Research
Center for Artificial Intelligence), the Institut für Verbundwerkstoffe (Institute for Composite Materials),
the Fraunhofer-Institut für Experimentelles Software
Engineering (Fraunhofer Institute for Experimental
Software Engineering), and the Fraunhofer-Institut
für Techno- und Wirtschaftsmathematik (Fraunhofer
Institute for Technical and Industrial Mathematics).
There are currently some 14.200 students enrolled
at the university. This is the perfect size for providing excellent academic support and fostering close
relationships between professors and students. The
university also offers very modern equipment and a
excellent infrastructure, including libraries, laboratories and its own computing center. Accomodation
for 2,000 students is located near the campus, all of
which offer free Internet access. The university campus offers more than just an excellent education,
though. The university is idyllically located on the
edge of the Palatinate Forest and also offers a wide
range of sports, as well as an excellent cultural atmosphere created by on-campus concerts, theater productions, films and exhibitions. Additionally, various
clubs allow you to enjoy your hobbies while studying.
All these leisure time activities are complemented by
the Summer Festival, the Welcome Party for new students, and the famous Old Town Festival (Altstadtfest)
in Kaiserslautern‘s city center, which was also one of
the venues for the 2006 Soccer World Cup.
Dipl.-Volkswirt Thomas Jung
PR + Marketing for the University of Kaiserslautern
participating institutions
41
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Dr. Stefan Lach
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contact
contact
how to contact us
The DISC staff will be pleased to help you with any questions relating to
the structure of the programs
the application process
the costs involved
dates and schedules
on-campus phases, etc.
Contact
Scientific Coordinator:
Dr. Maria Elisabetta Berbenni
Phone: +49 (0)631/205-4941
Fax: +49 (0)631/205-4940
43
Email: [email protected]
Sekretariat
Sekretariat
Samira Haas
Roswitha Schleppy-Rech
Tel: + 49 (0)631/205-5299
Tel: + 49 (0)631/205-4933
Fax: + 49 (0)631/205-4940
Fax: + 49 (0)631/205-4940
E-Mail: [email protected]
E-Mail: [email protected]
Technische Universität Kaiserslautern
Distance & Independent Studies Center (DISC)
Postfach 3049
D-67653 Kaiserslautern
Erwin-Schrödinger-Straße, Gebäude 57
D-67663 Kaiserslautern
E-Mail: [email protected]
www.zfuw.de
Technische Universität Kaiserslautern
Distance and Independent Studies Center (DISC)
Postfach 3049
D-67653 Kaiserslautern
Telefon: +49 (0)631 205-4925
E-Mail: [email protected]
www.zfuw.de
Stand: Juni 2014
Fax: +49 (0)631 205-4940