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http://www.et.tu-dresden.de/etit/index.php?id=576

F AK UL T T S TU DI EN IN TE RE SS IE RT E STUDIUM FORSCHUNG DEKANAT AKTUELLES INFOS

TU Dresden Fakultten Fakultt Elektrotechnik und Informationstechnik Studium Studiengnge Master's Program Nanoelectronic SystemsContent and Scope

Englisch

STUDIUM

Studiengnge

DiplomstudiengangElektrotechnik

DiplomstudiengangInformationssystemtechnik

DiplomstudiengangMechatronik

DiplomstudiengangRegenerative Energiesysteme

auslaufendeDiplomstudiengaenge(Immatrikulation bis2009)

MasterstudiengangElektrotechnik

MasterstudiengangMechatronik

Master's ProgramNanoelectronic Systems

News

Content and Scope

Modules

Admission Requirements

Application

Documents andRegulations

Further Information

Contact

Elektrotechnik im Nebenfach

Rund ums Studium

Fr Studienanfnger/innen

Studiendokumente undOrdnungen

CONTENT AND SCOPE

Content of the SiteContent of the Degree ProgramScope of the Degree ProgramOrganization of the Degree ProgramStudy PlanElective Modules (from Summer Semester 2014)Lecture LanguageAcademic calendarCompletionFeesScholarshipsDocuments

Content of the Degree Program

The master's program "Nanoelectronic Systems" is research-oriented.

The course includes compulsory modules with the following topics:

Semiconductor Technology,Integrated Analog Circuit Design,Hardware / Software Co-Design,Principles of Dependable Systems,Estimation and Detection,Academic and Scientific Work.

The range of elective modules includes the following priorities

Technology,Design,Applications.

The topics of the modules are materials and technologies for nanoelectronic systems, in particular memorytechnology, nanotechnology, optoelectronics and molecular electronics, design methods and techniques for therealization of nanoelectronic systems, such as high- and low-level synthesis, characterization and modeling ofelectron devices, advanced integrated circuit and system design and computer arithmetic, applications for embeddednanoelectronic systems, in particular, design, construction and use of software systems, modeling and simulationtechniques, operational and economic issues, and German language and culture.

Scope of the Degree Program

Graduates of the master's program "Nanoelectronic Systems" know methods, techniques and tools for the design andmanufacture of nanoelectronic devices and for the application of these systems in selected application areas and canapply this knowledge. They will be able to analyze problems from these areas and to develop efficient solutions. Theyrecognize the relationships and dependencies of these areas and can take them into account when finding solutions.The graduates are familiar with the latest research and developments in these subject areas and can participateconstructively in the process.

Through their broad technical knowledge and their in the context of internationally oriented modules acquiredfamiliarity with the worldwide research community in the areas of design, manufacture and application ofnanoelectronic systems graduates are qualified after appropriate training period to manage in professional practicevaried and complex tasks in the design, manufacture or use of nanoelectronic systems.

Organization of the Degree Program

The degree program is organized as 2 years or 4 semester degree program, where the last semester is for the

preparation of the master thesis available. The courses of the degree program are organized in modules. In eachsemester 30 credits (cr) can be earned with the modules or with the master thesis and their defense. The followingtable shows the distribution of the modules over the four semesters.

Study Plan

Module Name Lecturer 1st sem. 2nd sem. 3rd sem. 4th sem.

Fundamentals of Estimation and Detection Dr. Rave 6 cr

Lab Sessions 5 cr

Robolab 2 Prof. Fetzer

Solar Cell Manufacturing Dr. Temmler
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Principles of Dependable Systems Prof. Fetzer 6 cr

Semiconductor Technology Prof. Bartha 7 cr 3 cr

Hardware/Software Codesign Prof. Fettweis 4 cr

Radio Frequency Integrated Circuits Prof. Ellinger 7 cr

Academic and Scientific Work 4 cr

Project Work 10 cr

Master's Thesis 29 cr

Defense of the Master's Thesis 1 cr

Elective Modules 6 cr 16 cr 16 cr

Sum 30 cr 30 cr 30 cr 30 cr

Over all 120 credits can be earned in the degree program.

As elective modules we offer a list of modules, which are divided into four directions: Technology, Design,Applications and Nontechnical Modules. This list can be changed by the study commission from semester tosemester. Each student has to select modules with 38 credits in the sum in minimum. The following table lists allcurrent modules with the proposed semesters and the acquirable credits.

Elective Modules (from Summer Semester 2014)

Module Name Lecturer 1st

sem.

2nd

sem.

3rd

sem.

4th

sem.

Technology

Materials for Nanoelectronics and Vacuum Technology 6 cr

Materials for Nanoelectronics Prof.Richter

Vacuum Technology Prof. Bartha

Integrated Photonic Devices for Communications and SignalProcessing(not in summer semester 2014)

Prof.Jamshidi

7 cr

Nanotechnology and Material Science 12cr

Nanostuctured Materials Prof.Cuniberti

Nanotechnology Prof. Eng

Memory Technology Prof.Mikolajick

4 cr 3 cr

Semiconductor Industry Challenges: Market Dynamics -Technology Innovations - Yield and Reliability Engineering

Dynamics and Economics of the Semiconductor MarketDriven by Technological Innovations

Prof.Kcher

1cr

Reliability Engineering and Kinetics of Degration Processes inAdvanced Electronics

Prof.Zschech

3 cr

Innovative Concepts for Active Nanoelectronic Devices 7 cr

Concepts and Technologies for Innovative SemiconductorDevices

Prof.Mickolajick

Modeling of Nanoelectronic Devices Prof.Schrter

Molecular Electronics Dr.Moresco 6 cr

Optoelectronics 7 cr

Optoelectronical Devices and Systems Prof. Lakner

Nanooptics Prof. Eng

Design

Lab VLSI Processor Design Prof.Schffny

6 cr

Modeling and Characterization of Electron Devices Prof.Schrter

4 cr 4 cr

Computer Arithmetic Prof.Spallek

5 cr

Electromechanical Networks Dr.Marschner

4 cr


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Hardware/Software Codesign Lab Dr. Matus 4 cr

Integrated Circuits for Broadband Optical Communications Prof.Ellinger

7 cr

Applications

Stochastic Signals and Systems Mr. Kortke 6 cr

Software-Fault Tolerance Prof. Fetzer 6 cr

Systems Engineering Prof. Fetzer 5 cr

Wireless Sensor Networks Prof. Schill 6 cr

Communications Prof.Fettweis 3 cr

Real-Time Systems Prof. Hrtig 6 cr

Ubiquitous Information Systems Prof. Schill 9 cr

Modeling and Simulation of Telecommunication Systems Prof.Lehnert

4 cr

Theory of Nonlinear Networks Prof.Tetzlaff

4 cr

Nontechnical Modules

Investing in a Sustainable Future 4 cr

Investing in a Sustainable Future Prof.Gnther

Principles of Innovation Management Dr.Zalnieriunas

German Language and Culture Mr. Amp 4 cr

Lecture Language

All in the degree program offered courses are taught in English. The master thesis can be written in English orGerman.

Academic calendar

The winter term starts in the October and ends in the March of the following year. The summer term starts in theApril and ends in the September. The first four months of a term are course time followed by one monthexercises, where around Christmas and Whitsun a few days are usually no lectures.

The exact academic calendar can be seen on the university webpage.

Completion

If the master exam is passed successfully, the higher degree of "Master of Science" (abbreviated as M.Sc.) is given.

Fees

There is no tuition fee. Students have to pay an administrative charge of about 245 EUR per term (including ticket forpublic transport), see TU Dresden -> International -> International Students -> Information A-Z -> SemesterFee, TU Dresden -> International -> International Students -> Information A-Z -> Re-Registration, or TUDresden -> Studies -> Re-Registration(current fee, but in German only)

Scholarships

You can find gerneral information about scholarships on the webpage of the International Office of the TU Dresdenoron the webpage of the DAAD. The TU Dresden supports powerful and most dedicated students with a scholarshipsfrom the national scholarrship program Deutschlandstipendium.

Documents

Flyer (Version March 2011)

Flyer 2 (Version April 2011)

Flyer Teilzeitstudium

Flyer Part-Time Studying

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